luxcontrol masterconfigurator product manual

luxCONTROL

masterCONFIGURATORProduct Manual

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masterCONFIGURATOR manual 2.35 | 11-2021 | en

.................................................................................................................. 41 Signs and symbols

.................................................................................................................. 52 Introduction

.................................................................................................................. 63 Installation

.................................................................................................................. 94 Active window

.................................................................................................................. 125 Commissioning

................................................................................................................................................................. 125.1 Selecting an interface

................................................................................................................................................................. 135.2 Options

................................................................................................................................................................. 135.2.1 Filter settings

................................................................................................................................................................. 145.2.2 eDALI addressing

................................................................................................................................................................. 175.2.3 Multimaster

................................................................................................................................................................. 185.2.4 Improvements

................................................................................................................................................................. 195.3 Testing the installation

................................................................................................................................................................. 195.4 Addressing

................................................................................................................................................................. 255.5 Testing addressing

................................................................................................................................................................. 265.6 Grouping control gear

................................................................................................................................................................. 275.7 Setting scenes

................................................................................................................................................................. 285.8 Saving a project

.................................................................................................................. 296 General functions

................................................................................................................................................................. 296.1 Searching for devices

................................................................................................................................................................. 316.2 Changing a device name

................................................................................................................................................................. 326.3 Creating a new group

................................................................................................................................................................. 326.4 Changing a group name

................................................................................................................................................................. 326.5 Assigning a DALI device to a group

................................................................................................................................................................. 336.6 Assigning a DALI device to more than one group

................................................................................................................................................................. 336.7 Removing a DALI device from a group

................................................................................................................................................................. 346.8 Deleting a DALI device

................................................................................................................................................................. 356.9 Checking device assignment

.................................................................................................................. 387 Configuration

................................................................................................................................................................. 407.1 DALI control gear

................................................................................................................................................................. 447.1.1 Device information

................................................................................................................................................................. 447.1.2 Basic configuration

................................................................................................................................................................. 497.1.3 Status

................................................................................................................................................................. 507.1.4 Tridonic-specific configuration

................................................................................................................................................................. 1027.1.5 Device Type 0: Control gear for fluorescent lamps

................................................................................................................................................................. 1177.1.6 Device Type 1: Control gear for emergency lighting

................................................................................................................................................................. 1337.1.7 Device Type 2: Control gear for high-pressure discharge lamps

................................................................................................................................................................. 1377.1.8 Device Type 3: Control gear for low-voltage halogen lamps

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................................................................................................................................................................. 1407.1.9 Device Type 4: Control gear for phase dimmers

................................................................................................................................................................. 1467.1.10 Device Type 6: Control gear for LEDs

................................................................................................................................................................. 1527.1.11 Device Type 7: Control gear for switching function

................................................................................................................................................................. 1547.1.12 Device Type 8: Control gear for colour converters

................................................................................................................................................................. 1637.1.13 Device Type 49: Integrated Bus Power Supply (DALI Part 250)

................................................................................................................................................................. 1647.1.14 Device Type 50: Luminaire data (DALI Part 251)

................................................................................................................................................................. 1657.1.15 Device Type 51: Energy Reporting (DALI Part 252)

................................................................................................................................................................. 1667.1.16 Device Type 52: Diagnostics & Maintenance (DALI Part 253)

................................................................................................................................................................. 1687.1.17 Device Type 255: Multi-device types

................................................................................................................................................................. 1697.2 DALI XC


................................................................................................................................................................. 1737.2.2 Configuration of operating mode "MC"

................................................................................................................................................................. 1867.2.3 Status

................................................................................................................................................................. 1887.3 DALI MC

................................................................................................................................................................. 1947.4 DALI basicDIM DGC


................................................................................................................................................................. 1977.4.2 Room profiles

................................................................................................................................................................. 1987.4.3 Device-specific configuration

................................................................................................................................................................. 2007.4.4 Status

................................................................................................................................................................. 2027.4.5 Light sensor

................................................................................................................................................................. 2047.4.6 Motion sensor

................................................................................................................................................................. 2087.4.7 Remote control

................................................................................................................................................................. 2087.5 DALI MSensor

................................................................................................................................................................. 2097.5.1MSensor 5DPI 14

................................................................................................................................................................. 2247.5.2DALI MSensor 02 (version 2.0)

................................................................................................................................................................. 2407.5.3 DALI MSensor (version 1.5 and 1.7)

................................................................................................................................................................. 2507.5.4 DALI MSensor (version 1.3)

................................................................................................................................................................. 2517.6 DALI RM

................................................................................................................................................................. 2517.7 DALI-RM/S

................................................................................................................................................................. 2517.8 DALI TOUCHPANEL

................................................................................................................................................................. 2537.8.1 User-defined configuration

................................................................................................................................................................. 2577.8.2 Tunable White

................................................................................................................................................................. 2597.8.3 Factory settings

................................................................................................................................................................. 2607.9 DALI PS2 Standby

................................................................................................................................................................. 2627.10 DALI-Somfy animeo Interface

................................................................................................................................................................. 2647.11 Quick test

.................................................................................................................. 2688 Tools

................................................................................................................................................................. 2688.1 Command administrator

................................................................................................................................................................. 2688.1.1 DALI commands

................................................................................................................................................................. 2698.1.2 DSI commands

................................................................................................................................................................. 2708.1.3 Command sequence

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................................................................................................................................................................. 2738.2 Control gear wizard

................................................................................................................................................................. 2748.3 Localisation wizard for DALI XC

................................................................................................................................................................. 2778.4 Firmware update

.................................................................................................................. 2799 Further components

.................................................................................................................. 28010 Appendix

................................................................................................................................................................. 28010.1 Configuration commands for DALI control gear

................................................................................................................................................................. 28110.2 Switch and dim commands

................................................................................................................................................................. 28310.3 Query commands

................................................................................................................................................................. 28310.4 Reset values

................................................................................................................................................................. 28410.5 Timing parameter


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1 Signs and symbols

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The following characters and symbols are used in this manual:

1. Individual steps in the instructions are numbered.

w Single-step instructions are indicated by w at the beginning of the line.

Ü After a step has been described, a description of the expected results will follow. These results are indicated by Üat the beginning of the line.

– Requirements which need to be checked before carrying out a step are indicated by –.

i Individual notes can be recognised by i. In addition, notes are identified by the word Note.


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2 Introduction

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The masterCONFIGURATOR software is a configuration and parameterisation program for DALI devices. This softwarecan be used to set up a DALI control line and configure individual control gear and control units.

Basic functions

· Addressing

· Grouping

· Setting scenes

· Parameterising DALI devices

· Configuring DALI and DSI commands

· Creating command sequences

· Testing installation, addressing and functions

iNoteThe masterCONFIGURATOR software is designed for online operation. If DALI devices areconfigured offline, faults may occur.


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This section covers the system requirements for the masterCONFIGURATOR software and how the software isinstalled.

System requirements

In order to make full use of the functionality of the masterCONFIGURATOR software, the following are required:

Operating system · Windows 10· Windows 7· Windows XP

iNoteThe chapter Changing compatibility mode will tell you how you canchange the compatibility mode.

Screen resolution Minimum XGA (1024 x 768 pixels)

Communication USB or COM interface

Table 1: System requirements

Installing software as administrator

1. Run the file masterCONFIGURATOR_Vxxx.exe as administrator.

a. Right-click on file.ÜSubmenu is displayed.

b. Click on Run as administrator.

2. Click on Next.ÜThe setup wizard appears.

3. Follow the setup wizard steps.ÜThe masterCONFIGURATOR software is installed.

4. Follow the setup wizard steps.ÜThe DALI BusServer software is installed.

iNoteThe masterCONFIGURATOR software can be accessed by going to

Start > Programs > Tridonic > masterCONFIGURATOR or via the shortcut on thedesktop.

Installing software without administrative rights

1. Run the file masterCONFIGURATOR_Vxxx.exe.

2. Click on Next.ÜThe setup wizard appears.

3. Follow the setup wizard steps.ÜThe masterCONFIGURATOR software is installed.

4. Follow the setup wizard steps.ÜThe DALI BusServer software is installed.

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iNoteIf the masterCONFIGURATOR software is installed without administration rights, aninstallation path with write permission must be selected. An installation to the default path isnot possible because of missing write permission for non-administrators.

iNoteThe masterCONFIGURATOR software can be accessed by going to

Start > Programs > Tridonic > masterCONFIGURATOR or via the shortcut on thedesktop.


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Changing compatibility mode

iNoteThe compatibility mode only has to be changed if Microsoft Windows 7 is used as theoperating system.

1. On the desktop, right-click on the icon.

2. Select menu item Properties.

3. Click on the Compatibility tab.

4. Enable the Run program in compatibility mode checkbox.

5. In the dropdown list, select Windows XP (Service Pack 3).

6. Click OK.ÜCompatibility mode has been changed.


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4 Active window

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After starting up, the software displays the active window. The control gear and control units can be parameterised andconfigured here. Depending on the function, further sub-windows will be opened.

Name Function

(1) Title bar Displays the name of the project file currently open.

(2) Menu bar Contains the File, Settings, Commissioning, Tools and View menus.

(3) Toolbar Contains icons for quick access to various functions.

iNoteYou can show or hide the toolbar via menu item View >Toolbar.

(4) DALI device tree diagram Displays the devices connected to the DALI control line in a treediagram. It is also possible to see which group each device belongs to.

(5) Detail view Displays the properties of a device or a group that has been selected inthe DALI device tree diagram. The devices or groups can be configuredand parametrised here.

(6) Status bar Displays status information and help text.

iNoteYou can show or hide the status bar via menu item View >Status bar.

Table 2: Active w indow


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Toolbar

The following icons are found in the toolbar:

Icon Function

Create a new project

Open a project

Save a project

Print a project

Locate

Identify

Table 3: Toolbar

iNoteA detailed description of the Locate and Identify functions can be found in Section Checkingdevice assignment...

Changing the language

The software user interface can be displayed in German or English. The language is changed as follows:

1. Select View.

2. Select language.ÜA message appears indicating that the language will only be changed after the program has been restarted.

3. Confirm the message by clicking on OK.

4. Restart the program.ÜThe software will be started in the desired language.

Showing/hiding advanced settings

Control gear and control units can be configured using the masterCONFIGURATOR. The advanced settings must bedisplayed in order to configure additional parameters as well as the general settings. The advanced settings can beshown or hidden as follows:

1. Select View.

2. Show (enable) or hide (disable) the Advanced settings.ÜThe advanced settings are shown/hidden in the detail view.

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i NoteThe advanced settings must be enabled again each time the software is restarted.

Update device list

If the Device Information of a Tridonic driver is not displayed correctly, it might be necessary to update the device list.To do so, click on the question mark and select the option Update Device list.

A message will appear that the update was successful:


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The masterCONFIGURATOR software allows the user to test the correct wiring of the DALI control line, address thedevices and define group and scene settings in five easy steps. In order for these steps to be carried out, an interfacemust first be selected. Optionally, the device search and the addressing can be narrowed down.

5.1 Selecting an interfaceUse a DALI USB or the ready2mains Programmer for exchanging data between the computer and the devices on theDALI control line. For backward compatibility, DALI SCI2 can be used.

i NoteDALI SCI is not supported.

If the computer is already connected to the DALI control line via an interface, the masterCONFIGURATOR softwareautomatically detects the type of interface and selects it for communication. However, the interface may also beselected manually.

Selecting an interface manually

1. Connect the USB cable of the DALI USB or the ready2mains Programmer to the computer on which themasterCONFIGURATOR software is installed.

2. Connect the DALI USB or the ready2mains Programmer to the DALI control line.

3. Select Settings > Select interface…ÜThe Select interface pop-up window appears.

4. To use a USB interface, select the USB radio button and select the desired interface from the drop-down list.

5. To use a COM interface, select the COM radio button and select the desired interface from the drop-down list.

6. Confirm the selection by clicking on OK.ÜThe interface has been selected.ÜDALI BusServer starts automatically.


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iNoteIf the masterCONFIGURATOR software detects that a DALI USB is connected, itautomatically checks the USB software version. If it is older than the version supplied with themasterCONFIGURATOR software, it will be updated automatically. This update takesapproximately one minute.

5.2 OptionsUnder Settings > Options the following functions can be set:

· Filter settings

· eD addressing

· Multimaster

· Improvements

5.2.1 Filter settings

This function allows the user to narrow the device search or addressing.

Enabling the filter

1. Select Settings > Options.ÜThe Options pop-up window appears.

2. Click on the Filter tab.

3. Select the checkbox to include devices in the device search and addressing.

4. Confirm the selection by clicking on OK.

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ÜFilter for the device search and the addressing is enabled.ÜOnly those devices with enabled checkboxes will be included in the device search and the addressing.

5.2.2 eDALI addressing

Up to 64 eD addresses can be assigned when addressing eD devices. The 64 eD addresses can be configured to beassigned once per DALI control line or once per device class.

Disabling the option


2. Click on the eD addressing tab.

3. Disable the checkbox.

4. Confirm the selection by clicking on OK.ÜThe type of eD addressing has been changed. This change will be applied when the system is next re-initialised

(New initialisation).

Both types of eD addressing are explained in the following examples.

· Example 1: Assign eD address (0-63) only once enabled:The eD addresses are assigned once per DALI control line.

· Example 2: Assign eD address (0-63) only once disabled:The eD addresses are assigned once per device class.


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Example 1: eD addresses assigned once per DALI control line

Device class eD address Explanation

DALI MSensor: light sensor eA 0 The first of 64 eD addresses has been assignedon this DALI control line.

DALI MSensor: motion sensor eA 1 The second of 64 eD addresses has beenassigned on this DALI control line.

DALI MSensor: remote control eA 2 The third of 64 eD addresses has been assignedon this DALI control line.

DALI MC eA 3 The fourth of 64 eD addresses has beenassigned on this DALI control line.

Table 4: Example of eD addressing, option enabled

In this example a total of four out of 64 eD addresses have been assigned. Another 60 eD addresses can still beassigned on this DALI control line.


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Example 2: eD addresses assigned once per device class

Device class eD address Explanation

DALI MSensor: light sensor eA 0 The first of 64 eD addresses has been assignedto the "Light sensor" device class.

DALI MSensor: motion sensor eA 0 The first of 64 eD addresses has been assignedto the "Motion sensor" device class.

DALI MSensor: remote control eA 0 The first of 64 eD addresses has been assignedto the "Manual control units" device class.

DALI MC eA 1 The second of 64 eD addresses has beenassigned to the "Manual control units" deviceclass.

Table 5: Example of eD addressing, option disabled

In this example only one of the 64 eD addresses has been assigned to each of the "Light sensor" and "Motion sensor"device classes. Another 63 eD addresses can still be assigned to each device class. Two of the 64 eD addresses havebeen assigned to the "Manual control units" device class. Another 62 eD addresses can still be assigned to this deviceclass.


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5.2.3 Multimaster

This function is enabled by default and prevents control devices from transmitting frames during firmware updates. Withthis, it is possible to avoid conflicting commands from the masterCONFIGURATOR and other control devices via theDALI line.



2. Click on the Multimaster tab.


4. Confirm the selection by clicking on OK.ÜSet the masterCONFIGURATOR as multimaster head has been deactivated. This change will be applied when

the system is next re-initialised (New initialisation).

Both types of Multimaster are explained in the following examples.

· Example 1: Set the masterCONFIGURATOR as multimaster head enabled:The masterCONFIGURATOR is set as multimaster head. Other control devices cannot transmit frames during afirmware update.

· Example 2: Set the masterCONFIGURATOR as multimaster head disabled: Other control devices can transmit frames during a firmware update.


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5.2.4 Improvements

This function is enabled by default and allows the application to track information about the functions used.



2. Click on the Improvements tab.


4. Confirm the selection by clicking on OK.ÜAllow data tracking to improve user experience has been deactivated. This change will be applied when the

system is next re-initialised (New initialisation).


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5.3 Testing the installationThis function allows the user to test the wiring of the installation.

Testing the installation

1. Select Commissioning > 1. Test installation.ÜThe Execute test pop-up window appears.

2. Enter an interval between 1 and 10 seconds.

3. Click on Start.ÜThe Start button changes into the Stop button.ÜOnce the test is started, the minimum level and maximum level commands are sent alternately to all

luminaires on the DALI control line.

4. Click on Stop to stop the test.

5.4 AddressingAddressing can be carried out using the addressing wizard. There are generally two ways to address devices:

· New initialisation: all addresses and group memberships are deleted in the devices. The devices are then re-addressed.

· System extension (address previously unaddressed devices): a search is carried out for previously addressedand unaddressed devices. Addressing for previously addressed devices will remain unchanged. The next availableaddress is then assigned to devices which have been recently added.

iNoteIn the event of system extension, recently added devices cannot already have an address.Otherwise, duplicate addresses could be assigned, which would lead to problems.


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Addressing

Requirements:– Installation test completed successfully.– No lamp errors.– Optional: filter enabled.

1. Select Commissioning > 2. Address.ÜThe addressing wizard appears.

iNoteThe two options "New initialisation" and "System extension" differ as follows:

· During new initialisation, all existing addresses will be first deleted and then re-created.· During system extension, existing addresses are retained and only new devices that have

not yet been addressed get new addresses.

Any previously existing double addresses are deleted by a new initialisation. This is not thecase with a system extension.

If a system extension is started and the device detects double addressing, the following errormessage appears:

· By clicking Yes, the double addressing is deleted. This means, that all devices withdouble addressing have no address anymore and have to be re-addressed afterwards.


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2. Select radio button New initialisation or System extension (address previously unaddressed devices).

i NoteIf no other options are selected, the addresses are assigned at random.

3. To set other addressing options, click on Options.ÜFurther options appear.

4. To address luminaires specifically in accordance with the addressing plan using the physical selection method,select Luminaires.

iNoteThe way in which the physical selection method is carried out differs from device to device andshould therefore be taken from the documentation specifically for the device in question. Notall DALI control gear supports this type of addressing. Before addressing, check whether theconnected control gear supports the physical selection method.

5. To address control units specifically according to the addressing plan using the physical selection method, selectControl units.

iNoteSection Special notes on addressing control units contains information on how controlunits are addressed using the physical selection method.

6. To address luminaires so that no reaction is visible in the room, select Addressing without visible reaction.

iNoteIf luminaires are addressed with the physical selection method, the Addressing withoutvisible reaction function is ignored. Addressing without visible reaction is recommended ifthe rooms are already in use and the system is just being extended. In the case of addressingwith a visible reaction, the luminaire being addressed goes to the maximum level.

7. Click on Next.ÜAddressing is carried out in accordance with the selected options.

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ÜFound devices are listed in the pop-up window. The assigned address is shown in brackets, with A standing forDALI address and eA for eD address.

8. As soon as the addressing is complete, a message appears.

9. Click Done to exit the addressing wizard.ÜFound devices are shown in the DALI device tree diagram.

Special notes on addressing control units

Control units such as the DALI MC or the DALI TOUCHPANEL must be addressed with the physical selection method.


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When addressing control units, the user is prompted to press a key on the control unit to address the device.

Addressing the DALI MC

1. Press the key on the DALI MC twice ("double-click").ÜThe masterCONFIGURATOR software recognises the input and assigns an eD address (eA) to it.

2. Repeat the process for all four DALI MC inputs.

iNoteThe eD addresses (eA) are assigned in the order in which the keys on the DALI MC arepressed.

Addressing the DALI TOUCHPANEL

w Press any key on the DALI TOUCHPANEL.ÜThe masterCONFIGURATOR software recognises the input and assigns an eD address (eA) to it.


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i NoteA total of 64 addresses can be assigned on the DALI control line. The eD addresses given tothe DALI MC and the DALI TOUCHPANEL do not reduce this number.


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5.5 Testing addressingThis function allows the user to test the addressing.

Testing addressing

1. Select Commissioning > 3. Check addressing.ÜThe Execute test pop-up window appears.ÜThe number of addressed control gear elements is shown under Total of addressed control gear.

2. Enter an interval between 1 and 10 seconds.

3. Click on Start.ÜThe Start button changes into the Stop button.ÜOnce the test is started, the maximum level is sent to all luminaires in order. The corresponding address appears

under Control gear to maximum value with address.

4. Click on Stop to stop the test.


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5.6 Grouping control gearThis function allows the user to group control gear. Up to 16 groups (0–15) are available.

Grouping control gear

1. Select Commissioning > 4. Group control gear.ÜThe Group control gear pop-up window appears.ÜThe left-hand column lists all the available control gear. The right-hand column shows all the devices that are in the

selected group.

2. Select the desired group (0–15) from the Group drop-down list.

3. Optionally, select the Localise checkbox.ÜThe selected luminaire goes to the maximum level.

4. Select the control gear in the left-hand column.

5. To add control gear to the group, click on Add.ÜThe control gear is removed from the left-hand column. It is added to the selected group and appears in the right-

hand column.

Removing control gear from a group

1. Select the control gear in the left-hand column.

2. Click on Remove.ÜThe control gear is removed from the group and appears in the left-hand column.


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5.7 Setting scenesThis function allows the user to configure up to 16 scenes (0–15).

Setting scenes

Requirement:– Devices assigned to the groups.

1. Select Commissioning > 5. Set scenes.ÜThe Set scenes pop-up window appears.

2. Select the desired scene (0–15) from the drop-down list.ÜAll the following settings are defined for this scene.

3. Select the checkbox to assign an intensity to all the luminaires in the group.

4. Enter a value between 0% and 100%.ÜAll the control gear in this group immediately go to the entered level.

5. Confirm the entry by clicking on OK.ÜSettings are saved for this group.

6. To define the settings for the other scenes, repeat steps 2 to 5 for each scene.

iNoteMASK means that the luminaires in this group will retain their current intensity when therelevant scene is recalled.


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5.8 Saving a projectThis function allows the user to save the commissioning in a *.dnc file.

1. Select File > Save.ÜThe Save file pop-up window appears.

2. Select a location for the file.

3. Enter the file name.

4. Click on Save.ÜThe project is saved.

-or-

1. In the toolbar, click on .ÜThe Save file pop-up window appears.

2. Select a location for the file.

3. Enter the file name.

4. Click on Save.ÜThe project is saved.


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After addressing, the devices are displayed in the DALI device tree diagram. If devices have already been assigned to agroup (see Section Grouping control gear ), this group is created automatically and the devices are assigned to it.

iNoteDALI devices can be assigned to more than one group at the same time. Group membershipcan be seen in the detail view.

6.1 Searching for devicesRequirements:– Installation test completed successfully.– No lamp errors.– Optional: filter enabled.

1. In the DALI device tree diagram, right-click on the icon.ÜThe context menu appears.

2. Select Search devices in the context menu.ÜThe search is carried out with the addressing wizard.ÜFound devices are listed in the pop-up window. The assigned address is shown in brackets, with A standing for

DALI address and eA for eD address.

iNoteIf a system extension is started and the device detects double addressing, the following errormessage appears:

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· By clicking Yes, the double addressing is deleted. This means, that all devices withdouble addressing have no address anymore and have to be re-addressed afterwards.

Section Addressing contains more information on double addressing.19


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3. Once the search is finished, a message appears.

4. Click Done to exit the addressing wizard.ÜFound devices are shown in the DALI device tree diagram.

iNoteFor more information on the setting options for the addressing wizard, please refer to SectionAddressing .

6.2 Changing a device name1. In the DALI device tree diagram, right-click on the device name to be changed.ÜThe context menu appears.

2. Select Rename in the context menu.

3. Change the device name directly in the DALI device tree diagram.

4. Confirm the entry by pressing ENTER.ÜThe device name is changed.

-or-

1. In the DALI device tree diagram, select the device name to be changed.

2. Press F2.

3. Change the device name directly in the DALI device tree diagram.

4. Confirm the entry by pressing ENTER.ÜThe device name is changed.

iNoteWhen a device is renamed, the abbreviation in brackets disappears. Once the new name isconfirmed, however, the abbreviation automatically reappears in the brackets.

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6.3 Creating a new group1. In the DALI device tree diagram, right-click on the icon.ÜThe context menu appears.

2. Select Create new group in the context menu.ÜThe next free group is automatically added to the DALI device tree diagram.

6.4 Changing a group name1. In the DALI device tree diagram, right-click on the group name to be changed.ÜThe context menu appears.

2. Select Rename in the context menu.

3. Change the group name directly in the DALI device tree diagram.

4. Confirm the entry by pressing ENTER.ÜThe group name is changed.

-or-

1. In the DALI device tree diagram, select the group name to be changed.

2. Press F2.

3. Change the group name directly in the DALI device tree diagram.

4. Confirm the entry by pressing ENTER.ÜThe group name is changed.

iNoteWhen a group is renamed, the abbreviation in brackets disappears. Once the new name isconfirmed, however, the abbreviation automatically reappears in the brackets.

6.5 Assigning a DALI device to a group1. In the DALI device tree diagram, click on the device to be assigned to a group.

2. Hold down the left mouse button.

3. Drag the device to the appropriate group. (Drag & Drop)ÜThe device is removed from the group in which it was previously located and is added to the desired group.

-or-

1. In the DALI device tree diagram, right-click on the device to be assigned to a group.

2. Hold down the right mouse button.

3. Drag the device to the appropriate group.

4. Release the right-hand mouse button.

5. Select Move.ÜThe device is removed from the group in which it was previously located and is added to the desired group.


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iNoteSection DALI MSensor 02 > Effective range contains information on how to assign aDALI MSensor 02 to a group.

Section DALI MSensor (version 1.5) > Effective range contains information on how toassign a DALI MSensor (version 1.5 and lower) to a group.

6.6 Assigning a DALI device to more than one groupOne DALI device can be assigned to multiple groups. To do this, the DALI device is first copied and then assigned tothe desired groups.

1. In the DALI device tree diagram, click on the device to be copied and assigned to a group.


3. In addition, hold down the CTRL key.

4. Drag the device to the appropriate group.ÜThe device is copied. It is now in both groups.

-or-

1. In the DALI device tree diagram, right-click on the device to be copied and assigned to a group.

2. Hold down the right mouse button.

3. Drag the device to the appropriate group.

4. Release the right-hand mouse button.

5. Select Copy.ÜThe device is copied. It is now in both groups.

6.7 Removing a DALI device from a group1. Click on the device to be removed from a group.


3. Drag the device to the icon.ÜThe device is removed from the group and appears once again in the DALI device tree diagram without a group.

-or-

1. Right-click on the device to be removed from a group.ÜThe context menu appears.

2. Select Remove device from group in the context menu.ÜThe device is removed from the group and appears once again in the DALI device tree diagram without a group.

224

240


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6.8 Deleting a DALI device1. Right-click on the device to be deleted.ÜThe context menu appears.

2. Select Delete from the context menu.ÜA message appears, prompting for confirmation that the selected device should be deleted.

3. Confirm the action by clicking on Yes.ÜThe device is deleted from the DALI device tree diagram.ÜThe device's address is deleted.

-or-

1. In the DALI device tree diagram, select the device to be deleted.

2. Press DEL.ÜA message appears, prompting for confirmation that the selected device should be deleted.

3. Confirm the action by clicking on Yes.ÜThe device is deleted from the DALI device tree diagram.ÜThe device's address is deleted.


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6.9 Checking device assignmentThere are various ways to check the device assignment to the physically existing groups.

Icon Description

The Locate icon can be used to determine where bus subscribers are located or which address theyhave. A single device, a group or all the devices connected to the DALI control line can be located.

The type of location method depends on the device. There are two types of method: visual andacoustic.· Visual location: type of location in which the address of a bus subscriber is used to visually locate

this subscriber in the field. A visually located luminaire, for example, responds by switching to themaximum level. A visually located emergency luminaire, for example, responds by forwarding itsaddress as a binary flashing pattern via the status LED.

· Acoustic location: type of location in which the address of a bus subscriber is used to acousticallylocate this subscriber in the field. An acoustically located sensor, for example, responds bybeeping.

The following devices can be located:· DALI control gear

iNoteSpecial note for control gear for emergency lighting: Only ever one control gear elementfor emergency lighting can be located. Locating all of the devices connected to the DALI

control line is only possible with the Identify icon.

· Input devices· Sensors

The Identify icon can be used to determine where an emergency luminaire with a specific DALI shortaddress is located. If the function is enabled, all of the emergency luminaires connected to the DALIcontrol line respond by forwarding their address as a binary flashing pattern via the status LED.

The following devices can be identified:· DALI control gear for emergency lighting

Table 6: Options for checking device assignment

iNoteThe two functions Locate und Identify are highlighted in different colour for better distinction.· Locate: Background colour yellow.· Identify: background colour green.


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Tips & tricks

· If an icon is highlighted in blue in the toolbar, the function is enabled.

iNoteAfter checking the device assignment, the function used must be disabled via thecorresponding icon. Otherwise the devices will continue to respond according to the respectivefunction.

· To locate an individual device via the icon, select the corresponding device in the DALI device tree diagram.

· To locate a group via the icon, select the group in the DALI device tree diagram.

· To locate all of the devices connected to the DALI control line via the icon, select the icon in the DALI devicetree diagram.


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· Emergency luminaires forward their address as a binary flashing pattern via the status LED. For this purpose, theaddress is converted into a six-digit binary number, which is represented as a flashing pattern. The red LED standsfor binary number 0, the green LED for binary number 1.

iNoteThe following options are available to users in order to convert a binary number to a decimalnumber:· EM PRO Ident.TOOL software: You can download this software from Tridonic's homepage

at: Services – Software.· EM PRO addressing tool (Article number 89899836)


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The masterCONFIGURATOR software can be used to configure the following devices:

DALI control gear

DALI XC

DALI MC

DALI basicDIM DGC

DALI MSensor

DALI TOUCHPANEL

DALI PS2 Standby

DALI Somfy animeo interface

A device that has been selected in the DALI device tree diagram can be configured in the detail view. The followingfunctions are available in the upper part of the detail view:

Function Description

Read The settings stored in the device are read and displayed in the detailview.

Save Changes are stored in the device.

Quick test The configuration of the control gear can be tested in the Quick testpop-up window. A detailed description of the quick test can be found inSection Quick test...

Readdress The address of the device is changed. If the desired address has alreadybeen assigned to another device on the DALI control line, the addressesof the two devices are swapped. For the swap to take place, however, atleast one address must be free.

Factory settings The device is reset to its factory settings. Not every control gear elementsupports this function.

Table 7: General functions

i NoteNot every device supports all functions. Functions which are not supported are greyed out.

i NoteWhen configuring a device with the above-mentioned functions, the addressing is controlled.In case of failure (device no longer accessible, no supply, etc.) the following error message isdisplayed:

40

169

188

194

208

251

260

262

264


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The following table contains information about which devices support which functions:

Device Read Save Quick test Readdress Factory settings

Control gear for DALI P P P P

û

Control gear for DALI 2 P P P P P

DALI XC P P

û

P P

DALI MC P P

û û û

DALI basicDIM DGC P P P P P

DALI MSensor P P

û

P P

DALI TOUCHPANEL P P

û û

P

DALI PS2 Standby P P

û û û

DALI-Somfy animeo Interface P P

û û û

Table 8: Overview of function options

7.1 DALI control gearThe configuration of the DALI control gear is divided into:

· Basic configuration in detail view

· Tridonic-specific configuration in the context menu

· Device-specific configuration in detail view

The masterCONFIGURATOR software can be used to configure the following DALI control gear elements:

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Device Type 0 (DT 0): control gear for fluorescent lamps

Device Type 1 (DT 1): control gear for emergency lighting

Device Type 2 (DT 2): control gear for high-pressure discharge lamps

Device Type 3 (DT 3): control gear for low-voltage halogen lamps

Device Type 4 (DT 4): control gear for phase dimmers

Device Type 5 (DT 5): not supported

Device Type 6 (DT 6): control gear for LEDs

Device Type 7 (DT 7): control gear for switching function

Device Type 8 (DT 8): control gear for colour converters

Device Type 255 (DT 255): multi-device type

Device type unknown: The device operating mode is incorrectly set for control gear which is reported asDevice type unknown.

iNotePerform readdressing. The device operating mode of all devices connected to the DALI controlline is automatically set to automatic detection.-or-Go to the Tridonic-specific configuration context menu in the Device operating mode taband change the device operating mode to automatic detection.

Configuration using group commands

Requirement for all the following steps:– Devices have been grouped.– Desired group is selected.

Control gear can be configured in groups, if it has already been assigned to groups.

102

117

133

137

140

146

152

154

168


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Regroup control gear

1. Enter the desired number in input field Group.

2. Click Apply.ÜAll the control gear of the selected group are sent to the group.

Test configuration of group

At Quick test the configuration of the selected group can be tested.

1. Click desired term (Off, Maximum level, Minimum level, Brighten, Dim).

Set DALI default parameters

A group is defined by the values of the DALI default parameters Fade Time, Fade Rate, Minimum Level, MaximumLevel, Power On Level, System Failure Level.

iNoteMore information about the DALI default parameters can be found at DALI defaultparameters .

1. Set the value for the individual parameter using the slider.ÜThe value is shown to the left of the slider.ÜDie save key is highlighted in colour which indicates that the value hasn't been sent to the group yet.

2. Click save to send the set value to the group.ÜThe save key changes the colour back to normal.

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Set scenes

A scene is defined by the values of the parameters Intensity and Colour temperature.

iNoteSetting the Colour temperature is only possible for Device Type 8: Control gear for colourconverters .

1. Set the value for the individual parameter using the slider.ÜThe value is shown to the left of the slider.ÜDie test key is highlighted in colour which indicates that the value hasn't been sent to the group yet.

2. Click test to send the set value to the group.ÜThe test key changes the colour back to normal.ÜAll the luminaires in this group adopt the set value.

Set to scenes

At Set to scene the scene settings can be set to scene number (0-15).

1. Click desired number to set settings to a scene number.ÜThe text "Scene xx is set" is displayed.

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7.1.1 Device information

Device information

The following device information is displayed in the header:

Device information Description

Name Displays the name of the control gear.

Light source Displays the type of light source (LED, Fluorescent, HID…) connectedto the control gear.

Article number Displays the article number of the control gear.

Serial number Displays the unique serial number of the control gear.

Date of manufacture Displays the date of manufacture for the control gear.

Firmware version Displays the firmware version of the control gear.

DALI version Displays the version of the DALI specification supported by the controlgear.

eD version Displays the version of the eD specification supported by the controlgear.

iNoteeD is an enhanced protocol based on DALI connections.

Table 9: Device information

7.1.2 Basic configuration

The group assignment for control gear and scenes and default DALI parameters can be set for each control gearelement in the Basic configuration tab.

Member of group(s)

Member of group(s) specifies the group or groups to which the control gear belongs. These groups are indicated by theblue background.

With these 16 keys the group membership can be changed easily.


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Scenes

The intensity of the luminaire can be set for all 16 scenes (0–15) here.

Setting scenes

1. Enable the checkbox for a scene, in order to assign an intensity to the luminaire.ÜThe input field can be edited.

2. Enter a value between 0.0 % and 100 %

3. To define settings for additional scenes, repeat steps 1 and 2.

4. Click on save.ÜChanges are stored in the device.

iNoteMASK means that the luminaire in this group will retain its current intensity when the relevantscene is recalled.

iNoteThe minimum level and maximum level for setting scenes (default: 0.0 % and 100 %) can bechanged in the basic DALI configuration of the device.

iNoteWhen setting the scene value, the respective DALI value is additionally displayed in squarebrackets.Example: 100% [254]


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DALI default parameters

DALI default parameters can be set here.

DALI-Version:

DALI 2-Version:

Setting DALI default parameters

1. Set the value for the individual parameter using the slider.ÜThe value is shown to the left of the slider.


iNoteWhen setting the DALI default parameters, the respective DALI value is additionally displayedin square brackets.Example: 100% [254]

The following DALI default parameters can be set:

DALI defaultparameters

Description

Fade time The selected value is set as the fade time in seconds.

Value range:· < 0.7–90.5 s

Note: < 0.7 s is the DALI default. < 0.7 s is the fastest fade time, and 90.5 s is the slowest.

Fade rate The selected value is set as the dimming speed. It indicates by how many steps per second theintensity is changed. The Fade Rate is used with the DALI commands Brighten (Up) and Dim


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(Down).

Value range:· 2.8–358 steps per second

Note: 45 steps per second is the DALI default. 358 steps per second is the fastest fade rate, and2.8 steps per second is the slowest.

Minimum level The selected value is set as the minimum level for the control gear. This value cannot be fallenbelow during dimming/brightening.

Value range:· Physical lower limit – Maximum level

Note: The physical lower limit of the control gear is shown to the right of the Minimum levelas a percentage. The minimum level must be above this value.

Maximum level The selected value is set as the maximum level for the control gear. This value cannot beexceeded during dimming/brightening.

Value range:· Minimum Level – 100%

Power On Level The selected value is set as the value after power is restored.

Value range:· 0–100%· MASK

iNoteBy using the checkbox the Power On Level can be either fixed (checkbox activated) or setto MASK (checkbox deactivated).When power is restored, the device reacts as follows:· If the checkbox is activated, the device switches to the fixed value.· If the checkbox is deactivated (setting MASK), the device switches to the last active

intensity.

System FailureLevel

The selected value is set as the value in the event of failure of the DALI power supply.

Value range:· 0–100%· MASK

iNoteBy using the checkbox the System Failure Level can be either fixed (checkbox activated) orset to MASK (checkbox deactivated).When there is a failure of the DALI power supply, the device reacts as follows:· If the checkbox is activated, the device switches to the fixed value.· If the checkbox is deactivated (setting MASK), the device switches to the last active

intensity.

Extended FadeTime (only DALI2)

The selected value is set as the fade time.

Value range:· fast· 100 ms - 16 min


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The Extended Fade Time is only effective if the "old" Fade Time and the Fast Fade Time (DT6) isset to 0.

Table 10: DALI default parameters

iNoteTo apply the changed values, click on save. The saved configuration can now be testeddirectly in the field.

iNoteWhen setting the DALI default parameters, the respective DALI value is additionally displayedin square brackets.Example: 100% [254]


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7.1.3 Status

The Status tab shows all status information which can be queried by the control gear.

iNoteAn overview of which functions are supported by the control gear can be found in theOverview of functions tab. This tab is only visible if advanced settings have been enabled.

General status of control gear

Status Description

Ready Indicates whether the DALI control gear is ready for communication.

Lamp failure Indicates whether a lamp failure (short circuit, open circuit, loaddecrease or load increase) has occurred.

Lamp on Indicates whether the lamp is on.

Limit violation Indicates that the luminaire was unable to switch to a value, as thisvalue was outside of the defined range (minimum level and maximumlevel).

Fade time active Indicates whether a device is changing from one control value to another.

Reset values Indicates whether the DALI control gear has been reset to the resetvalues.

Address missing Indicates whether the DALI control gear is unaddressed.

Power On Level Indicates whether the DALI control gear has gone to the Power OnLevel.

Table 11: DALI control gear status information


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7.1.4 Tridonic-specific configuration

Tridonic-specific configuration contains the following parameters:

Device operating mode DALI

Device operating mode DALI 2

Device operating mode corridorFUNCTION 2

Device operating mode inputDIM

Logical Units

ITG

Features

Optical Balancing

chronoSTEP

chronoSTEP 2

I-Select

General log

Driver log

Emergency log (BlackBox)

ITM

ETM

CLO and OTL

CLO und OTL 2

Power-up Fading

Current consumption

I-Select protocol

colourSWITCH

proportionSWITCH

Status

Overview of functions

All Tridonic-specific functions and status information can be found in the Tridonic-specific configuration pop-upwindow.

iNoteNot every control gear element supports all functions. An overview of which functions aresupported by the control gear can be found in the Overview of functions tab. This tab is onlyvisible if advanced settings have been enabled.

Open the Tridonic-specific configuration pop-up window

1. In the DALI device tree diagram, right-click on the DALI control gear to be configured.ÜThe context menu appears.

52

56

58

59

60

62

63

66

68

73

74

77

79

82

85

87

88

92

92

95

96

97

98

99

101


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2. Select Tridonic-specific configuration in the context menu.ÜThe Tridonic-specific configuration pop-up window opens.

-or-

wDouble-click the DALI control gear to be configured in the DALI device tree diagram.ÜThe Tridonic-specific configuration pop-up window opens.


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Device operating mode DALI

The device operating mode used by the control gear in order to carry out its functions can be set here.

Configuring the Device operating mode

1. Select desired Device operating mode in the dropdown list.

2. Click on save.

Device operating mode Description

Automatic detection The control gear detects the incoming signal and switches automatically to thecorresponding device operating mode. The following device operating modes areautomatically detected:· DALI only· DSI only· switchDIM only· DALI and SMART· DSI and SMART· switchDIM and SMART· corridorFUNCTION

DALI only The control gear detects only DALI commands.

DSI only The control gear detects only DSI commands.

switchDIM only The luminaires connected to the control gear can only be smoothly adjusted usingmanual momentary-action switches. The mains voltage is used as a control signal.The control gear interprets the signal as either a smooth adjustment or switchcommand depending on how long the manual momentary-action switch is pressed.


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SMART only The luminaires connected to the control gear can only be smoothly adjusted using aSMART interface.

DALI and SMART The control gear detects only DALI commands and the luminaires connected to thecontrol gear can only be smoothly adjusted using a SMART interface.

DSI and SMART The control gear detects only DSI commands and the luminaires connected to thecontrol gear can only be smoothly adjusted using a SMART interface.

switchDIM and SMART The luminaires connected to the control gear can only be smoothly adjusted usingmanual momentary-action switches or via the SMART interface.

corridorFUNCTION Function used to automatically adjust the illuminance in an area (e.g. undergroundcar park, underground walkways for pedestrians). When a motion sensor detectsmovement, the lighting switches to the presence value. When absence is detected,the lighting switches to the absence value. Then the lighting is switched off or staysat the absence value (depending on requirements and settings).

There are four types of corridorFUNCTION:

corridorFUNCTION withfade time

Adjustable parameters:· A) Presence value· B) Absence value· 2) Run-on time· 3) Fade time· 4) Switch-off delay

corridorFUNCTION withfade-in time

Adjustable parameters:· A) Presence value· B) Absence value· 1) Fade-in time· 2) Run-on time· 4) Switch-off delay

corridorFUNCTION withfade-in time and fadetime

Adjustable parameters:· A) Presence value· B) Absence value· 1) Fade-in time· 2) Run-on time· 3) Fade time· 4) Switch-off delay


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corridorFUNCTIONwithout fade-in time andfade time

Adjustable parameters:· A) Presence value· B) Absence value· 2) Run-on time· 4) Switch-off delay

Table 12: Device operating modes DALI

iNoteThe DALI and SMART, DSI and SMART and switchDIM and SMART device operatingmodes are not supported by the control gear for fluorescent lamps belonging to the xitec IIseries.


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corridorFUNCTION parameters

The following table gives a description of the individual parameters for the corridorFUNCTION:

Configuration option Description

Presence value Value to which the luminaire group switches when presence is detectedin the room.

Value range:· 0–100%

Absence value Level to which the luminaire group switches during the switch-off delay.


Fade-in time Time required to reach the presence value.

Value range:· fast· 0.7–90.5 s

Run-on time A time starting from the last detected movement in the room; when therun-on time expires, the fade time begins. If further movement isdetected during the run-on time, it starts over again.

The run-on time can be configured on the motion sensor.

Fade time Time during which the lighting is smoothly adjusted to the absencevalue.

Value range:· fast· 0.7 – 90.5 s

Switch-off delay Time for which the absence value is maintained if no movement isdetected.

Value range:· 0 s – 40 min 50 s· never OFF: the lighting remains at the absence value until further

movement is detected and the motion sensor switches to thepresence value. The luminaire group is never switched off by themotion sensor.

Table 13: Overview of corridorFUNCTION parameters


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Device operating mode DALI 2

The device operating mode used by the control gear in order to carry out its functions can be set here.

Configuring the Device operating mode

1. Enable the desired radio button.

2. Click on save.

Device operating mode Description

Automatic detection The control gear detects the incoming signal and switches automaticallyto the corresponding device operating mode. The following deviceoperating modes are automatically detected:· DALI· DSI· switchDIM· ready2mains· 1-10 V· corridorFUNCTION 2

DALI The control gear detects only DALI commands.

DSI The control gear detects only DSI commands.

switchDIM The luminaires connected to the control gear can only be smoothlyadjusted using manual momentary-action switches. The mains voltageis used as a control signal. The control gear interprets the signal aseither a smooth adjustment or switch command depending on how longthe manual momentary-action switch is pressed.


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ready2mains The control gear detects only ready2mains commands.

1-10 V The control gear adjusts the brightness according to the applied voltageat the 1-10 V terminal.

corridorFUNCTION Function used to automatically adjust the illuminance in an area (e.g.underground car park, underground walkways for pedestrians). When amotion sensor detects movement, the lighting switches to the presencevalue. When absence is detected, the lighting switches to the absencevalue. Then the lighting is switched off or stays at the absence value(depending on requirements and settings).

corridorFUNCTION 2 has the following parameters:

Adjustable parameters:· A) Presence value· B) Absence value· 1) Fade-in time· 2) Run-on time· 3) Fade time· 4) Switch-off delay

chronoSTEP 2 This device operating mode can be parametrized in the chronoSTEP2 tab.

inputDIM This device operating mode activates the inputDIM function.

Table 14: Device operating modes DALI 2


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Device operating mode corridorFUNCTION 2

corridorFUNCTION 2 parameters

The following table gives a description of the individual parameters for the corridorFUNCTION 2:







Value range:· fast· 0.1 s – 160 min


Value range:· 0 s – 40 min 50 s


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Value range:· fast· 0.1 s – 160 min


Value range:· 0 s – 40 min 50 s· never OFF: the lighting remains at the absence value until further


Table 15: Overview of corridorFUNCTION 2 parameters

Device operating mode inputDIM

Depending on the level of the input voltage, the intensity of the LED can be set with two adjustable interpolation points.

inputDIM parameters

The following table gives a description of the individual parameters for inputDIM:


Minimum voltage (interpolation# point 1)

Defines the input voltage up to which the minimum level of the LED isset.


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Value range:· 170 - 230 V

Minimum level (interpolation# point 1)

Defines the value of the minimum level of the LED.

Value range:· 10 - 85 %

Maximum voltage(interpolation# point 2)

Defines the input voltage from which on the maximum intensity of theLED is set.

Value range:· 196 - 250 V

Maximum level(interpolation# point 2)

Defines the value of the maximum level of the LED.


Table 16: Overview of inputDIM parameters

Logical Units

Here you can assign the physical LED outputs to different logical units (DALI addresses).

The setting options differ, depending on whether it is a control gear for LEDs or a control gear for colour converters.

For a control gear for LEDs the following settings are available:

1. Select checkbox 2 logical units (DALI addresses) to assign the LED outputs to two DALI address -or-

2. Select checkbox 4 logical units (DALI addresses) to assign the LED outputs to four DALI addresses, whichmeans that one LED outputs is assigned to one DALI address.


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The changed configuration of the device is displayed in the tree view as follows:

For a control gear for colour converters the following settings are available:

1. Select checkbox 1 logical units (DALI addresses) to assign the outputs to one DALI address -or-

2. Select checkbox 2 logical units (DALI addresses) to assign the outputs to two DALI addresses.

The changed configuration of the device is displayed in the tree view as follows:

i NoteThe Logical Units function is only available if it is supported by the device.


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ITG

Hier können Sie die Intelligent Temperature Guard (ITG) konfiguieren. Mit ITG soll das Gerät vor thermischen Schädengeschützt werden. Dazu nutzt das Gerät vier vorgegebene Parameter: Start Leistungsreduktion, StoppLeistungsreduktion, Kritische Temperatur, Wiedereinschalttemperatur.

Der Parameter Offset reduziert diese vier Parameter um den gewählten Offset-Wert.

Here you can configure the Intelligent Temperature Guard (ITG). ITG is intended to protect the device from thermaldamage. The device uses four predefined parameters: start reduction, stop reduction, critical temperature, restarttemperature.

The Offset parameter reduces these four parameters by the selected value.

Table 17: Parameters of the ITG function


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Features

The behaviour in DC mode, ePower On Level and preheating time can be set for the individual control gear element inthe Features tab.

Behaviour during DC operation

The control gear can be set to recall a fixed control value (0–100%) during DC operation or behave as if it is still innormal operation (i.e. can be smoothly adjusted or switched on/off) here.

Setting behaviour during DC operation

1. Enter the release code.ÜThe input fields can be edited.

2. Select Fixed control value and enter the desired control value.-or-Select Normal operation.

3. Click on save.ÜChanges are stored in the device..

i NoteThe release code can be obtained from your sales partner.

iNoteThe current status of this function can be seen in the Tridonic-specific configuration pop-upwindow in the Status tab.

ePower On Level

Here users can set whether the Power On Level (value after power has been restored) is overwritten by an eDcommand.

The ePower On Level can be set to switch the control gear to a fixed control value (0–100 %) or recall thememory value after power has been restored following a failure. The memory value is the last control value to whichthe control gear was set before the power failure.

iNoteThe value of the ePower On Level applies not only in DALI operation but also when usingswitchDIM.


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Setting ePower On Level

1. Enable the Enable ePower On Level checkbox.ÜThe input fields can be edited.

2. Select Fixed control value and enter the desired control value.-or-Select Memory value.


Preheating time

The control gear can be set to ignore the preheating time and immediately switch on.

i NoteIgnoring the preheating time may shorten the lamp life.

Disabling the preheating time

1. Enable the no preheating time checkbox.


Soft stop

The control gear can be set to use a fade time when the control gear is switched off.

Enable Soft stop

1. Enable the enable Soft stop checkbox.


Physical min level

The control gear can be set to use a physical min level (PHM). The physical min level is the lowest value the devicecan reach.

iNoteIf an attempt is made to set a minimum level that is lower than the physical min level, thephysical min level is automatically adjusted to a higher value.


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Set physical min level

1. Enable the set physical min level checkbox.



Send physical min level broadcast

1. Enable the send broadcast checkbox.

2. Click on save.ÜChanges are stored in all devices.

Intelligent Voltage Guard (IVG+)

The control gear can be set to use Intelligent Voltage Guard (IVG+).

Enable Intelligent Voltage Guard

1. Enable the enable Intelligent Voltage Guard checkbox.


Integrated DALI power supply

The control gear can be set to Integrated DALI power supply.

Enable Integrated DALI power supply

1. Enable Integrated DALI power supply checkbox.



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Optical Balancing

Here you can divide the available output current between one or two outputs. The maximum total current is 1 A.

Distributing output current to one output

1. Enable checkbox of one output.ÜSlider becomes adjustable.

2. Use the slider to set a value between 170 and 700 mA.ÜThe value is shown to the left of the slider.



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Dividing output current between two outputs

1. Enable checkboxes of outputs 1 and 2.ÜSliders become adjustable.

2. Use the slider to set a value between 170 and 700 mA for output 1.ÜThe value is shown to the left of the slider.

3. Use the slider to set a value between 170 and 700 mA for output 2.ÜThe value is shown to the left of the slider.

iNoteThe maximum total current is 1 A. If the output current for one output is set such that themaximum total current is exceeded, the value at the other output will be automaticallyreduced.


Using predefined values for the output current distribution

1. Click on the button for a predefined output current distribution.ÜThe values are shown to the left of the sliders.



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chronoSTEP

Here you can configure the chronoSTEP function. The luminaire calculates a virtual midnight (VM) based on the lampburning hours of the last 3 days. On this basis, time windows can be defined within which the intensity of the luminairecan be reduced in one or two steps.


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Overview of chronoSTEP function

The following figure shows a summary of the individual parameters.

1) Reduction time (t2 – VM) A) Intensity 1

2) Reduction time (VM – t3) B) Intensity 2 (only for profiles 2 – 5)

3) Reduction time (t1 – VM) (only for profiles 2 – 5) C) Intensity 3

4) Reduction time (VM – t4) (only for profiles 2 – 5) t0 – Switch-on time

t5 – Switch-off time

VM – virtual midnight

The reduction times are described here:

Parameter Description

1) Reduction time (t2 – VM) Time window before virtual midnight, during which the luminaire assumesintensity 3.

2) Reduction time (VM – t3) Time window after virtual midnight, during which the luminaire assumesintensity 3.

3) Reduction time (t1 – VM) Time window before virtual midnight, during which the luminaire assumesintensity 2.

4) Reduction time (VM – t4) Time window after virtual midnight, during which the luminaire assumesintensity 2.

Table 18: Overview of reduction times

Configuration

Selecting profile for virtual midnight

1. Select the desired Profile in the Virtual midnight dropdown list.

2. Click on save.

Configuring reduction times

Underneath the chronoSTEP image there are eight dropdown lists to configure the four reduction times.

1. Select the desired Reduction time.


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2. Select hours from first dropdown list.

3. Select minutes from second dropdown list.

4. Click on save.

Configuring intensity

Underneath the chronoSTEP image there are three input fields to configure the intensity.

1. Enter the desired Intensity.

2. Click on save.


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chronoSTEP profiles

You can choose between 6 profiles.

iNoteIf the chronoSTEP and corridorFUNCTION functions are enabled at the same time, this maycause problems. Therefore check the device operating mode (Device operating mode tab)and ensure that corridorFUNCTION is not selected.

Profile 0 (disabled)

The chronoSTEP function is disabled. The intensity of the luminaire is not reduced.

Profile 1 (default)

The intensity of the luminaire is reduced in one step.

Parameter Value range

1) Reduction time (t2 – VM) · 0 – 10 h· MASK: MASK means that the t2 time will be ignored.

2) Reduction time (VM – t3) · 0 – 10 h· MASK: MASK means that the t3 time will be ignored.

A) Intensity 1 100% (cannot be set)

C) Intensity 3 50% (cannot be set)

Table 19: Profile 1 parameter (default)


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Profiles 2 – 5 (user-defined)

These 4 profiles can be configured individually by each user. The intensity of the luminaire is reduced in two steps.

Parameter Value range


iNoteThe value must be smaller than the reduction time(t1 – VM).


iNoteThe value must be smaller than the reduction time(VM – t4).



A) Intensity 1 100% (cannot be set)

B) Intensity 2 0%; 5 – 100%

iNoteIntensity 2 must be less than Intensity 1.

C) Intensity 3 0%; 5 – 100%

iNoteIntensity 3 must be less than Intensity 2.

Table 20: Profile parameters 2 – 5 (user-defined)


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chronoSTEP 2

Here you can configure the chronoSTEP 2 function. chronoSTEP 2 is a further development of chronoSTEP andoffers more profiles and settings.

iNoteThe chronoSTEP 2 tab is only displayed if the device operating mode (Device operatingmode tab) is set to chronoSTEP 2.

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chronoSTEP 2 profiles

You can choose between 7 profiles. 4 profiles are pre-defined standard profiles. The other 3 profiles can be adjustedindividually.

iNoteIf the chronoSTEP 2 and corridorFUNCTION functions are enabled at the same time, thismay cause problems. Therefore check the device operating mode (Device operating modetab) and ensure that corridorFUNCTION is not selected.

Configuration

The profiles can be adjusted by setting the values for 8 different reduction times. The time can be set via two drop-downmenus for hours and minutes. The intensity can be entered as a percentage value.

Selecting profile for virtual midnight

1. Select the desired Profile in the Virtual midnight dropdown list.

2. Click on save.

Configuring reduction time and intensity

1. Enable the check box of the desired Red. time (reduction time).

2. Select hours from first dropdown list.

3. Select minutes from second dropdown list.

4. Enter the desired percentage.

5. Click on save.

I-Select

The electric current used by the control gear to supply the connected LEDs can be configured here.

iNoteNot every control gear element supports this function. Whether this function is supported bythe control gear can be found on the data sheet for the individual device. Data sheets areavailable to downloaded online at www.tridonic.com.

http://www.tridonic.com


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Output current Indicates the electric current used by the control gear to supply theconnected LEDs.

Maximum output current Indicates the maximum configurable electric current that can be used bythe control gear to supply the connected LEDs.

Minimum output current Indicates the minimum configurable electric current that can be used bythe control gear to supply the connected LEDs.

Table 21: Parameters for adjustable output current


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Configuring the output current using the masterCONFIGURATOR software

1. Enable the via software radio button.

2. Enter a value between the maximum and minimum output current in the input field.-or-Click a button with a predefined value.ÜThe value is displayed in the input field.


iNoteThe control gear only regulates to the saved output current once the voltage supply to thecontrol gear is disconnected and then reconnected again.

Configuring the output current via the terminal on the control gear

1. Disconnect the voltage supply to the control gear.

2. To set the minimum output current, do not bridge the terminal on the control gear.-or-To set the maximum output current, bridge the terminal on the control gear.-or-To set a value between the minimum and maximum output current, use a resistor.

iNoteThe types of resistors which can be used can be found on the data sheet for the individualdevice. Data sheets are available to downloaded online at www.tridonic.com.

3. Reconnect the voltage supply to the control gear.

4. Enable the via terminal radio button.


iNoteThe control gear only regulates to the saved output current once the voltage supply to thecontrol gear is disconnected and then reconnected again.

http://www.tridonic.com


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General log

iNoteThe parameters can be displayed with different font colours. The colours have the followingmeaning:

· Black = normal operation· Orange = warning· Red = error

General


Production date Date of manufacturing.

OEM GTIN Global Trade Item Number

OEM ID Indicates the device identification.

Total operation time Indicates the time the device was operated either via mains or frombattery.

Table 22: Parameters for General

Mains



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Current consumption The Current consumption tab shows the active current consumption. Thevalue is updated every minute.

Current mains voltage Indicated the voltage measured at the mains input.

Mains overvoltage counter Indicates how often overvoltage was measured at the mains input.

Maximum mains voltage Indicated the maximum voltage measured at the mains input.

Minimum mains voltage Indicated the minimum voltage measured at the mains input.

Mains undervoltage counter Indicates how often undervoltage was measured at the mains input.

Table 23: Parameters for Mains


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Driver log



Driver


Firmware version Indicates the firmware version of the emergency driver.

Hardware version Indicates the hardware version of the emergency driver.

Product version Indicates the product version of the emergency driver.

DC Level Indicates the DC level to which the control gear dims in DC mode.

Current ITG temperature Indicates the ITG temperature that is currently measured in the controlgear.

Current ETM temperature Indicated the ETM temperature that is currently measured at the LED.


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Device restart counter Indicates how often the device was restarted.

Total lamp burning time Indicated for how the luminaire# has been burning.

Internal timing errors counter Indicates how often the device had to restart itself due to a timing error.

Software restart via DALI counter Indicates how often the device was restarted via DALI.

Critical temperature reached counter Indicates how often the device reached a critical temperature and theIntelligent Temperature Guard function (ITG) turned off the device.

High temperature reached counter Indicates how often the device reached a critical temperature and theIntelligent Temperature Guard function (ITG) started to dim it down.

Minimum gear temperature Indicates the minimum temperature the device had reached.

Maximum gear temperature Indicates the maximum temperature the device had reached.

ETM: thermal shutdown counter Indicates how often the device had reached the shutdown temperature.

ETM: thermal overload counter Indicates how often the device had reached the overload temperature.

ETM: minimum module temperature Indicates the minimum temperature that the connected LED module hadreached.

ETM: maximum module temperature Indicates the maximum temperature that the connected LED modulehad reached.

Table 24: Parameters for Driver

LED


Minimum output current Indicates the minimum configurable electric current that can be used bythe control gear to supply the connected LEDs.

Maximum output current Indicates the maximum configurable electric current that can be used bythe control gear to supply the connected LEDs.

Used output current Indicates the electric current used by the control gear to supply theconnected LEDs.

LED switching cycle counter Indicates how often the LED was switched on.

LED undervoltage counter Indicates how often a LED with a too low forward voltage was connected.

LED overvoltage counter Indicates how often a LED with a too high forward voltage wasconnected.


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LED overpower counter Indicates how often a LED with a too high power was connected.

Open circuit at LED output counter Indicates how often no LED was connected.

Short circuit at LED output counter Indicates how often the LED output was short circuited.

Table 25: Parameters for LED


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Emergency log (BlackBox)



Emergency


System failures counter Indicates how often the DALI interface was unpowered. The parameter isrefreshed every time the fault is applied (in < 1 second).

Internal circuit failures counter Indicates a critical internal error in the emergency lighting control gear.

Total lamp burning time Indicates how long the lamp was on in emergency and mains mode.Lamp burning minutes are indicated in 1-minute increments.

Lamp burning time in emergency mode Indicates how long the lamp was on in emergency mode. Lamp burningminutes in emergency mode are indicated in 1-minute increments.

Lamp burning time in emergency modewith current battery

Indicates how long the lamp was on in emergency mode with thecurrently connected battery. Lamp burning minutes in emergency mode


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with current battery are indicated in 1-minute increments.

Total operation time Indicates how long the device was powered either by mains or battery.

Table 26: Parameters for Emergency

Battery


High temperature fault counter Indicates how often the battery temperature reached acritically high level.

High temperature warning counter Indicates how often the battery temperature reached ahigh level.

Low temperature fault counter Indicates how often the battery temperature reached acritically low level.

Low temperature warning counter Indicates how often the battery temperature reached alow level.

Rest mode activation counter Indicates how often the device entered rest mode.

Emergency mode counter Indicates how often the device entered emergency mode.

Started function test counter Indicates how often the device started a function test.

Started duration test counter Indicates how often the device started a duration test.

Failed function test counter Indicates how often a function test failed.

Failed duration test counter Indicates how often a duration test failed.

Function test delay exceeded counter Indicates how often a function test was requested andcould not be carried out in the specified time.

Duration test delay exceeded counter Indicates how often a duration test was requested andcould not be carried out in the specified time.

Low voltage battery cut off counter Indicated how often the battery was discharged to thelow voltage battery cut off.

Battery failure counter Indicates how often a battery failure was detected.

Average battery temperature Indicates the average battery temperature.

Battery replacement counter Indicates how often the battery was replaced accordingto the replacement process mentioned in the datasheet.


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Operation time Indicates how long the battery was connected to thedevice.

Minimum battery temperature Indicates the minimum battery temperature.

Maximum battery temperature Indicates the maximum battery temperature.

Table 27: Parameters for Battery


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ITM

LED temperature monitoring can be configured here. LED temperature monitoring is intended to protect the LEDagainst thermal damage.


Temperature sensor Indicates whether a temperature sensor is connected.

Maximum switch-off temperature Indicates the maximum configurable switch-off temperature.

Minimum switch-off temperature Indicates the minimum configurable switch-off temperature.

Switch-off temperature Indicates the temperature at which the control gear for the LED isswitched off to protect the LED against thermal damage. This allows theLED to cool. The control gear for the LED remains switched off until thetemperature for restart is reached.

Value range:· minimum switch-off temperature – maximum switch-off

temperature

Configuring the switch-off temperature:1. Enter the desired switch-off temperature.2. Click on save.


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Start power reduction at Indicates the temperature at which the LED output current is graduallyreduced. The LED is dimmed. This allows the LED to cool. The LED is gradually dimmed until the temperature reduces by 10%, or50% of the current intensity has been reached.

Value range:· This temperature is calculated automatically. The value is 15% below

the switch-off temperature.

iNoteIf the temperature continues to increase despite the powerreduction, the control gear for the LED is switched off assoon as the switch-off temperature is reached.

Stop power reduction at Temperature at which the reduction of the LED output current is stoppedand the LED output current is gradually increased again.LED output current is gradually increased until the temperature reachesthe start power reduction at parameter.

Value range:· This temperature is calculated automatically. Value is 10% below the

temperature at which the power reduction starts.

Temperature for restart Indicates the temperature at which the LED output current is switchedback on after a thermal shut down: The LED output current assumes thevalue before the Intelligent Temperature Management was activated.

Value range:· This temperature is calculated automatically. The value is 50 % below

the switch-off temperature.

Disable ITM Via the checkbox Disable ITM the ITM function can be disabled.Disable ITM can be used to replace the temperature sensor with a newone or to deactivate the ITM function permanently.

iNoteAfter the replacement of the temperature sensor the newsensor is automatically detected and 10 minutes later theITM function is automatically re-enabled.In order to permanently deactivate the ITM function thetemperature sensor must be removed.

Disabling ITM

1. Enable the Disable ITM checkbox.2. Click on save.

Table 28: Parameters for LED temperature monitoring


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ETM

LED temperature monitoring can be configured here. LED temperature monitoring is intended to protect the LEDagainst thermal damage.

Parameters for External Temperature Management


activate ETM Via this checkbox the ETM function can be activated and deactivated.

T1 Temperature at which the power reduction starts.

Value range:· 50 °C - (T2 - 10 °C)

T2 Temperature where the power reduction stops at the reduced level (L1).

Value range:· (T1 + 10 °C) - (T3 - 10°C)

T3 Critical temperature at which the device switches to the Shutdown level(L2).

Value range:· T2 + 10 °C, maximum: 127 °C

Reduction level (L1) Value up to which the power is reduced.


Shutdown level (L2) Value to be switched to when reaching the critical temperature (T3).


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Value range:· physical minimum value - L1 (max. 30 %)

Table 29: Parameters of the ETM function

Parameters for Sensors


Temperature sensor Here, three predefined NTC types can be selected or a user-definedvalue can be entered. The sensor constant and the resistance can beprecisely defined at 25 °C.

Sensor-Constant (BETA) This constant is needed to convert the resistance value to a temperaturein an NTC resistor.

Resistance at 25 °C (R25) Widerstandswert des NTC-Sensors bei 25 °C.

Temperature sensor grid points The temperature profile is determined by a total of 8 grid points.3 points are given with T1, T2 and T3. 5 additional grid points can befreely selected between -40 °C and +125 °C.

The temperature profile between the grid points is automaticallylinearized.The resistance values for the entered temperatures is automaticallycalculated, but the calculation limited by the lowest and highesttemperature. Below the lowest and above the largest value, nomeasurement is possible.

The selected position of the grid points can be used to optimize theaccuracy of the temperature profile in certain areas.

Table 30: Parameters for Sensors

CLO and OTL

The CLO and OTL functions can be configured here.

CLO

The CLO function is a control to ensure that the required intensity remains constant over the entire LED lamp life.

CLO disabled CLO enabled


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· Required intensity: 100%· Expected LED life: 50,000 h

The intensity of an LED continuously decreases over theLED lamp life. The control gear does not compensate forthis decrease. For this reason the required intensity canno longer be ensured over the entirety of the LED's lamplife.

· Required intensity: 80%· Expected LED life: 50,000 h

A required intensity must be defined in order to ensure aconstant intensity over the LED lamp life. This intensityis based on the natural reduction of intensity defined bythe LED manufacturer. The control gear compensated forthis natural reduction by adjusting its own outputaccordingly.

Table 31: Difference betw een enabled and disabled CLO function

OTL

If the OTL function is enabled, visual feedback is given as soon as the LED exceeds the expected LED lamp life. If theexpected LED lamp life is exceeded, the luminaire flashes for 2 seconds after being switched on.


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Constant intensity (CLO) The CLO function can be enabled or disabled.

Enabling or disabling CLO:

1. Select enabled or disabled in the Constant intensity dropdownlist.

2. Click on save.

Visual feedback (OTL) The OTL function can be enabled or disabled.

Enabling or disabling OTL:

1. Select enabled or disabled in the Visual feedback dropdown list.2. Click on save.

Power of the control gear Indicates the current control gear output required for reaching therequired intensity.

Required intensity Indicates the intensity which should remain constant over the entirety ofthe LED lamp life.


iNoteIf only the OTL function is enabled, the Required intensitycannot be configured. It will be set at 100%.

Configuring required intensity

1. Enter the desired Required intensity. 2. Click on save.

LED burning hours Indicates the duration for which the LED has been on.

iNoteIf the Advanced settings are enabled, the LED burninghours can be configured. Information on how to enable theAdvanced settings can be found in Section Activewindow .

Configuring LED burning hours

1. Enter the desired LED burning hours. 2. Click on save.

10


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Expected LED life Indicates the duration for which the LED can be operated before itbecomes unusable or no longer meets the criteria given in applicablestandards.

Value range:· 0–127,500 h

iNoteThe Expected LED life is configured in 500-hourincrements.

Table 32: Parameters for CLO and OTL functions

If faulty control gear for LEDs must be replaced, we recommend applying the settings from another control gearelement for LEDs to the new control gear element for LEDs.

Applying settings from another control gear element for LEDs

Requirements:– Advanced settings are enabled.– Old control gear for LEDs has been replaced by new control gear for LEDs.

1. Display the information for a control gear element for LEDs located in the same room as the new control gearelement for LEDs.

2. Open the Tridonic-specific configuration pop-up window.

3. Click the CLO and OTL tab.

4. Make a note of the values for the following parameters: Required intensity, LED burning hours and ExpectedLED life.

5. Close the Tridonic-specific configuration pop-up window.

6. Display the information for the new control gear element for LEDs.

7. Open the Tridonic-specific configuration pop-up window.

8. Click the CLO and OTL tab.

9. Enter the values previously noted from the other control gear element for the following parameters: Requiredintensity, LED burning hours and Expected LED life.



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CLO and OTL 2

CLO und OTL 2

CLO and OTL 2 is similar to the previous version CLO and OTL .

The difference is that in CLO and OTL 2 it is possible to set the Timer value and Intensity in 8 steps.

Power-up Fading

The time it takes after lighting is switched on for it to reach the value set for when power is restored (Power On Levelor ePower On Level) can be configured here. The Power-up Fading function is only available when the lighting isswitched on via the supply voltage or switchDIM.

Value range:· 0–16 s, where 0 s is the fastest time and 16 s the longest.

iNoteThe Power-up Fading function does not affect the fade time, as these are two differentfunctions. For a detailed description of the fade time, see Section Device type 6: controlgear for LEDs > Basic configuration .

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Configuring Power-up Fading for the Power On Level

Requirement:– ePower On Level function is disabled.

1. Select the time for Power-up Fading in the dropdown list.


iNoteThe value for the Power On Level can be changed in the Basic configuration detail view inthe DALI default parameters group box. For a detailed description of the Power On Level,see Section Device type 6: control gear for LEDs > Basic configuration .46


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Configuring Power-up Fading for the ePower On Level

Requirements:– Control gear supports the ePower On Level function.– ePower On Level function is enabled.

1. Select the time for Power-up Fading in the dropdown list.


iNoteThe value for the ePower On Level can be changed in the Tridonic-specific configurationpop-up window in the Features tab. For a detailed description of the ePower On Level, seeSection Features .63


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Current consumption

The Current consumption tab shows the active current consumption. The value is updated every minute.


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I-Select protokoll

The I-Select Protocol tab shows the last 5 values and the maximum of I-Select.

The tab displays the output current, the duration and how the current was set (via Memory Bank, ready2mains or aresistor).


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colourSWITCH

Here you can set different colour temperatures for ten scenes.

Define Colour temperature for a scene

1. Enable the checkbox for a scene, in order to assign a colour temperature to the luminaire.ÜThe input field can be edited.

2. Click the button.ÜThe Set scene pop-up window appears.

3. Set the value for the colour temperature using the slider.-or-Click a button with a predefined value.

4. Click Okay.ÜThe view is updated.



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proportionSWITCH

Here you can set different intensities for ten scenes.

Define intensity for a scene


2. Enter a value between 0% and 100%.

3. To define the settings for the other scenes, repeat steps 2 to 5 for each scene.



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Status



Status Description

Normal operation during DC operation Indicates whether the control gear continues in normal operation duringDC operation, i.e. can be smoothly adjusted and switched on/off.

Compatibility Indicates the compatibility setting used by the control gear.

Intelligent Temperature Guard (ITG) Indicates whether the Intelligent Temperature Guard is enabled ordisabled.

Ambient light control Indicates whether the ambient light control is enabled or disabled.

Supply voltage Indicates the supply voltage with which the control gear is operating.

Overvoltage Indicates whether the Intelligent Voltage Guard (IVG) has detected anovervoltage. When overvoltage is detected, the lamps connected to thecontrol gear flash in alternating succession.

Undervoltage Indicates whether the Intelligent Voltage Guard (IVG) has detected anundervoltage. When voltage under 70 V is detected, the lampsconnected to the control gear switch off. When voltage between 70 and140 V is detected, the lamps connected to the control gear switch onand off at irregular intervals.


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SMART sensor connected Indicates whether a SMART sensor is connected and that no error hasoccurred.· Yes: SMART sensor connected and no error· No: no SMART sensor connected, or SMART sensor connected but

error has occurred

Slave mode active Indicates whether the slave mode is enabled. In slave mode the sensoris connected to two devices simultaneously and cannot be configured.The sensor only responds to commands from the master device.

ITM/ETM LED temp. monitoring active Indicates whether the LED temperature monitoring (ITM/ETM) isactivated.

ITM/ETM fault Indicates whether the a short circuit has occurred for LED temperaturemonitoring (ITM/ETM).

Automatic physical minimum leveldetection

Indicates whether the automatic physical minimum level detection isenabled (default). The automatic physical minimum level is enabled foras long as no physical minimum level has been set (see SectionFeatures)

Intelligent voltage guard active Indicates whether the Intelligent voltage guard is activated.

Lamp burning hours Indicates the duration for which the lamp has been on.

Table 33: Status information


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The Overview of functions tab shows all functions supported by control gear of this device type. The Overview offunctions tab is only visible if advanced settings have been enabled.

Not every control gear element supports all functions. For this reason the functions are shown with the followingsymbols:

This function is supported by the control gear.

This function is not supported by the control gear.

Types of functions

The following types of functions are available:

· Configurable functionsFunctions are configured in the detail view, either in the Basic configuration tab or in a device-specific tab.

· Functions with displayed statusesThis functions cannot be configured. Statuses are shown in the Status tab.

· Configurable functions with displayed statusesFunctions are configured in the detail view, either in the Basic configuration tab or in a device-specific tab.Statuses are shown in the Status tab.


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7.1.5 Device Type 0: Control gear for fluorescent lamps

Control gear for fluorescent lamps are shown in the DALI device tree diagram with the symbol and the shortdescription fluorescent.

Special features: xitec II

Various SMART sensors and SMART plugs can be connected to control gear for fluorescent lamps from series xitec IIvia a SMART interface.

iNoteMore information on possible combinations of individual xitec II control gear elements andSMART sensors/plugs can be found in the device documentation.

Different tabs (and thus different combination options) are displayed in the masterCONFIGURATOR depending onwhich SMART sensor/plug is connected. The tabs shown for specific sensors or plugs are given in the following table:

Device name Light sensor Motion sensor Remotecontrol

Plug

SMART Sensor 5D x

SMART Sensor 5DP x x

SMART Sensor 5DPI x x x

SMART Sensor 5DPI cF NO x x x x

SMART Sensor 5DPI cF 01 x x x x


SMART Sensor 10DPI x x x

SMART Sensor 10DPI cF NO x x x x



SMART Plug MA x

SMART Plug cF NO x

SMART Plug cF 01 x

SMART Plug cF 30 x

SMART Plug GrA x

SMART Plug GrB x

SMART Plug GrC x

SMART Plug GrD x


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Table 34: Overview of SMART sensors and SMART plugs

iNoteFor further details on individual SMART sensors and SMART plugs, please refer to the relevantdevice documentation.

Light sensor

SMART device information

The following device information is displayed:


Name Displays the name of the SMART sensor.

Article number Displays the article number of the SMART sensor.

Hardware version Displays the hardware version of the SMART sensor.

Software version Displays the software version of the SMART sensor.

Table 35: SMART device information

Status

The following status information is displayed for the light sensor:

Status Description

Illuminance Illuminance currently measured at the light sensor. On account of theroom conditions and the installation height, the illuminance in theworkspace may, however, be three to four times higher.


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Update status automatically Indicates whether the light sensor status is updated automatically.

Ambient light control Indicates the status of ambient light control for the light sensor.· enabled: ambient light control is enabled.· disabled: ambient light control is disabled.· started: ambient light control has been started. The light sensor

regulates the control gear to match the desired value.


Configuration options

The following configuration options are displayed for the light sensor:


Ambient light control Ambient light control can be enabled or disabled.

Automatic control Indicates the scene with which the ambient light control is enabled.When this scene is recalled, the sensor is enabled, the luminaires areswitched on and ambient light control regulates the luminaires.

Note: The scene selected here is identified in the Basic configurationas automatic.

Enable dimming off (bright out) Checkbox enabled: if the measured illuminance exceeds the desiredvalue by 150% for longer than 8.5 minutes, the luminaire group will beswitched off by the light sensor even if movement is detected in theroom. As soon as the measured illuminance falls below the desiredvalue, the luminaire group is switched on again.

Set desired value Set the desired value for ambient light control. The desired value is thevalue to which the light sensor regulates the control gear. The defaultsetting is 500 lx. This value can be smoothly adjusted using the Dimand Brighten commands until the desired illuminance is achieved. Usea luxmeter to achieve an accurate measurement of the illuminance.

Table 37: Light sensor configuration options


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Automatic control for different SMART sensors and SMART plugs

The automatic control for the SMART Sensor 5D refers only to ambient light control. In contrast, the automatic controlfor sensors SMART Sensor 5DP, SMART Sensor 5DPI and SMART Sensor 10DPI refers to a type of ambient lightcontrol that depends on the presence of people. More information can be found in Section Motion sensor...


Motion sensor





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Status

The following status information is displayed for the motion sensor:

Status Description

Update status automatically Indicates whether the motion sensor status is updated automatically.

Motion sensor Indicates the status of the motion sensor:· Movement detected· No movement detected



The following configuration options are displayed for the motion sensor:


Operating mode Motion sensor operating mode:· enabled: the lighting is automatically switched on and off depending

on whether presence is detected. (factory setting)· enabled (only OFF): the motion sensor switches the lighting off only.

It must be switched on manually.· disabled: the motion sensor is disabled. The lighting must be

switched on and off manually.

Note: The never OFF function is implemented as follows:1. Select the enabled operating mode.2. Select switch-off delay never OFF.

Automatic control Indicates the scene used to control the lighting based on whetherpresence is detected. If this scene is recalled the motion sensor isenabled and the luminaires are controlled based on whether presence isdetected.

Note: The scene selected here is identified in the Basic configurationas automatic.

Table 40: Motion sensor configuration options


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Automatic control for different SMART sensors and SMART plugs

The automatic control for sensors SMART Sensor 5DP, SMART Sensor 5DPI and SMART Sensor 10DPI refers to atype of ambient light control that depends on the presence of people. Ambient light control can be disabled as follows:

1. Click on the SMART light sensor tab.

2. Select disabled for ambient light control.3. Click on save.ÜChanges are stored in the device.ÜThe motion sensor controls the lighting based on the presence of people.

corridorFUNCTION profiles

The corridorFUNCTION is a function used to automatically adjust the illuminance in an area (e.g. underground car park,underground walkways for pedestrians). When a motion sensor detects presence, the lighting switches to the presencevalue. When absence is detected, the lighting switches to the absence value. Then the lighting is switched off or staysat the absence value (depending on requirements and settings).

If the Operating mode for the motion sensor is enabled, the user has five profiles from which to choose.

Profile Description

never off The corridorFUNCTION parameters cannot be configured, with theexception of the dead time. The following values are saved in the profile:· A) Presence value: 100%· B) Absence value: 10%· 1) Fade-in time: < 0.7 s· 2) Run-on time: 20 min· 3) Fade time: 32 s· 4) Switch-off delay: No switch-off delay is defined for this profile.

Once the fade time has expired, the absence value of 10% ismaintained until the motion sensor once again detects presence.

· Dead time

Switch-off delay: 1 min The corridorFUNCTION parameters cannot be configured, with theexception of the dead time. The following values are saved in the profile:· A) Presence value: 100%· B) Absence value: 10%· 1) Fade-in time: < 0.7 s· 2) Run-on time: 20 min· 3) Fade time: 32 s· 4) Switch-off delay: 1 min· Dead time

Switch-off delay: 30 min The corridorFUNCTION parameters cannot be configured, with theexception of the dead time. The following values are saved in the profile:· A) Presence value: 100%· B) Absence value: 10%· 1) Fade-in time: < 0.7 s· 2) Run-on time: 20 min· 3) Fade time: 32 s· 4) Switch-off delay: 30 min· Dead time

user-defined 1 The corridorFUNCTION parameters can be freely configured, with theexception of the fade-in time.


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· A) Presence value· B) Absence value· 1) Fade-in time: < 0.7 s (not configurable)· 2) Run-on time· 3) Fade time· 4) Switch-off delay· Dead time

user-defined 2 The corridorFUNCTION parameters can be freely configured, with theexception of the fade-in time.· A) Presence value· B) Absence value· 1) Fade-in time: < 0.7 s (not configurable)· 2) Run-on time· 3) Fade time· 4) Switch-off delay· Dead time

Table 41: corridorFUNCTION configuration options

Overview of configuration options


1) Fade-in time A) Presence value2) Run-on time B) Absence value3) Fade time4) Switch-off delay


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corridorFUNCTION parameters

The following table gives a description of the individual parameters for the corridorFUNCTION:








Dead time Time started by manually switching off the lighting via the momentary-action switch or the remote control and during which the motion sensoris disabled. If movement is detected in the room during this time, thedead time starts over again. If at the end of the dead time no moremovement is detected in the room, the motion sensor is enabled again.

Table 42: Overview of corridorFUNCTION parameters


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Remote control


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The following configuration options are displayed for the remote control:


Remote control Remote control can be enabled or disabled.

Note: Only the SMART remote control can be used with control gearfrom series xitec II. The key assignment has already beenparameterised.· ON: the maximum level is recalled immediately without any fade time.· OFF: the luminaires are switched off immediately without any fade

time.· UP: the intensity is increased by the steps defined in the fade rate.· DOWN: the intensity is reduced by the steps defined in the fade rate.· SET: the current intensity is saved as the desired value for ambient

light control.· AUTOMATIC: automatic control is enabled.

Table 44: Remote control configuration options

i NoteTo apply the changed values, click on save.


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Plug




Name Displays the name of the SMART plug.

Article number Displays the article number of the SMART plug.

Hardware version Displays the hardware version of the SMART plug.

Software version Displays the software version of the SMART plug.



The following configuration options are displayed for the plug:


Plug Plug can be enabled or disabled.

Table 46: Plug configuration options



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Special feature: group plugs

Group plugs automatically assign the DALI control gear element, into which they are plugged, to a group.

Plug Effective range

SMART Plug GrA Group 0

SMART Plug GrB Group 1

SMART Plug GrC Group 2

SMART Plug GrD Group 3

Table 47: Group plugs and their corresponding effective ranges

A group plug that has been plugged in can be reconfigured individually. It can be assigned to another group or to morethan one group.

iNoteIf a reconfigured group plug is plugged into another DALI control gear element, this elementtakes on the configuration of the group plug the next time the power is reset.

Changing the group to which a group plug belongs

Requirement:– Group plug is plugged into a DALI control gear element.

1. In the DALI device tree diagram, click on the device into which the group plug has been plugged.


3. Drag the device to the desired group. (Drag & Drop)ÜThe device is removed from the group in which it was previously located and is added to the desired group.ÜThe group has now been changed on the group plug.

Assigning a group plug to more than one group


1. In the DALI device tree diagram, click on the device into which the group plug has been plugged.


3. In addition, hold down the CTRL key.

4. Drag the device to the desired group.ÜThe device is copied. It is now in both groups.ÜThe group has been saved additionally on the group plug. The group plug is now assigned to both groups.

Deleting a group from a group plug


1. Right-click on the device into which the group plug has been plugged.ÜThe context menu appears.

2. Select Remove device from group in the context menu.


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ÜThe device is removed from the group and appears once again in the DALI device tree diagram without a group.ÜThe group has now been deleted on the group plug.


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Status




Status Description











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SMART sensor status

Status Description

Sensor connected Indicates whether a sensor is connected.

Sensor deficiency Indicates whether the sensor is experiencing a deficiency.

Ambient light control Indicates the status of ambient light control for the light sensor.· enabled: ambient light control is enabled.· disabled: ambient light control is disabled.· started: ambient light control has been started. The light sensor

regulates the control gear to match the desired value.

Motion sensor enabled Indicates whether the motion sensor is enabled.

Movement detected Indicates whether the motion sensor has detected movement.

Slave mode active Indicates whether the slave mode is enabled. The sensor cannot beconfigured in slave mode. The sensor only responds to commands fromthe master device.

Plug deficiency Indicates whether there is a fault with the plug or the wrong plug isconnected. This status information is only displayed when a SMARTplug is plugged in.

Table 49: Sensor status information


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7.1.6 Device Type 1: Control gear for emergency lighting

Control gear for emergency lighting are shown in the DALI device tree diagram with the icon and the shortdescription Emergency lighting.

A distinction is made between three types of switching modes in the case of emergency lighting:

· Non-maintained lightThe emergency lighting is switched off in mains operation, the emergency lighting is switched on in emergency mode(if there is a power failure or during emergency lighting testing).

· Maintained lightThe lighting is permanently switched on during both mains operation and emergency mode (e.g. escape signluminaires). In mains operation the lighting is supplied from the mains, in emergency mode the lighting is supplied bythe battery.

· Switched maintained lightThe lighting is permanently switched on during both mains operation and emergency mode (e.g. escape signluminaires). In mains operation the lighting is supplied from the mains, in emergency mode the lighting is supplied bythe battery. In mains operations the lighting can be switched on and off and can be dimmed.


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Device-specific configuration

On the Emergency lighting tab, you can make the following settings for device-specific configurations:

· Identify emergency luminaireFor a detailed description, see Section Identification .

· Set the time for emergency mode after mains power is restoredFor a detailed description, see Section Emergency mode after mains power is restored .

· Configure test settingsFor a detailed description, see Section Test settings .

· Disable emergency luminaire through additional operating modesFor a detailed description, see Section Disabling emergency luminaires .

· Define intensity settings in emergency modeFor a detailed description, see Section Intensity settings in emergency mode .

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Identification

Here you can directly display the address of the emergency luminaire via the status LED on the device. For thispurpose, the address is converted into a six-digit binary number, which is represented as a flashing pattern. The redLED stands for binary number 0, the green LED for binary number 1.



In the masterCONFIGURATOR software there are 3 ways in which emergency luminaires can be identified.


Identify emergency luminaire button · The address of an emergency luminaire that is highlighted in thedevice tree diagram is displayed once or in an endless loop

· Enabled in the detail view by clicking the Identify emergencyluminaire button

iNoteFor a detailed description of this function, see this section.

Locate icon · The address of an emergency luminaire that is highlighted in thedevice tree diagram is displayed in an endless loop

· Is enabled by clicking the Locate icon

iNoteFor a detailed description of this function, see SectionChecking device assignment...

Identify icon · The addresses of all the emergency luminaires connected to the DALIcontrol line are displayed in an endless loop

· is enabled by clicking the Identify icon


Table 50: Summary of identifying emergency luminaires

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Identify emergency luminaire once

wClick the Identify emergency luminaire button.

w

ÜThe emergency luminaire's status LED sends the address of the emergency luminaire once as a binary flashingpattern.

Identify emergency luminaire again

1. Enable the Repeat identification checkbox.

2.

3. Click the Identify emergency luminaire button.ÜThe emergency luminaire's status LED sends the address of the emergency luminaire in an endless loop as a

binary flashing pattern.

4. To quit identification, disable the Repeat identification checkbox.

i NoteThe current status of this function can be seen in the Status tab.

Emergency mode after mains power is restored

Here you can set how long emergency mode is maintained after mains power is restored. This function is used, forexample, to compensate for voltage fluctuations after a power outage or to bridge the restrike times of high-pressuredischarge lamps.

iNoteThe battery must be sufficiently charged in order to maintain emergency mode after mainspower is restored.

Set the time for emergency mode after mains power is restored

1. Select a value in the dropdown list.



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Test settings

Here you can view the current configuration of the function and duration tests, configure the function and duration testsand define a test window within which the control gear is to perform a test.

Function test

During a function test, a power failure is simulated in order to test whether the emergency luminaire is functioningproperly.


Number of hours until the next test starts Indicates in how many hours the next function test will be performed.

Interval Indicates at what intervals the function test is performed. The interval forthe function test is specified in days.

Configure Button used to configure function test.

Start Button used to start function test manually. A manual function test mustbe performed after installing and addressing the emergency luminaire.

iNoteThe control gear usually performs a function testimmediately. It is only delayed if the emergency luminaire isin emergency mode or if the battery is not sufficientlycharged.· To see whether the function test has been started, view

the Status – Operating mode – Function test inprogress tab.

· To see whether the function test has been delayed, viewthe Status – Emergency lighting status – Function teston hold tab.

Stop Button used to terminate a function test that is in progress prematurely.

Table 51: Function test configuration options


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Configure function test

1. In the Function test group field, click the Configure button.ÜThe Configure function test pop-up window appears.

2. In the dropdown list, select an Interval within which the test is to be performed.

3. In the dropdown list, select a Time at which the test is to be performed.

4. Choose a start date for the function test in the calendar.

i NoteThe current day is marked in blue on the calendar.

5. Click OK.ÜFunction test has been configured.ÜSettings are transferred to the detail view.



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Duration test

During a duration test, a power failure is simulated in order to test whether the emergency luminaire is functioningproperly and whether the battery achieves its nominal operating duration.


Number of hours until the next test starts Indicates in how many hours the next duration test will be performed.

Interval Indicates at what intervals the duration test is performed. The interval forthe duration test is specified in weeks.

Configure This button is used to configure the duration test.

Start Button used to start duration test manually. A manual duration testmust be performed after installing and addressing the emergencyluminaire.

iNoteThe control gear usually performs a duration testimmediately. It is only delayed if the emergency luminaire isin emergency mode or if the battery is not fully charged.· To see whether the duration test has been started, view

the Status – Operating mode – Duration test inprogress tab.

· To see whether the function test has been delayed, viewthe Status – Emergency lighting status – Function teston hold tab.

Stop Button used to terminate a duration test that is in progress prematurely.

Table 52: Duration test configuration options


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Configure duration test

1. In the Duration test group field, click the Configure button.ÜThe Configure duration test pop-up window appears.

2. In the dropdown list, select an Interval within which the test is to be performed.

3. In the dropdown list, select a Time at which the test is to be performed.

4. Choose a start date for the duration test in the calendar.

i NoteThe current day is marked in blue on the calendar.

5. Click OK.ÜDuration test has been configured.ÜSettings are transferred to the detail view.



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Test window

The test window defines the maximum time that may elapse between the scheduled start time and the time the test isactually performed.

iNote

The test window must be at least 24 hours because the batteries can take up to 24 hours tofully charge when they are first charged.

Different requirements apply in order to start a function test and a duration test.

Test Requirement

Function test · The emergency luminaire must be operating under mains operation.· The battery must be sufficiently charged to perform the test.

Duration test · The emergency luminaire must be operating under mains operation.· The battery must be fully charged to perform the test.

Table 53: Test requirements

If these requirements are not met, the test is delayed within the limits of the test window. On the Status tab, the statusof the emergency lighting Function test on hold or Duration test on hold is set to yes.

Set the time for the test window

1. In the Test settings group field in the Test window dropdown list, select a value for the test window.


iNote

If the test is not performed within the time defined in the test window, on the Status tab, theTest window for function test exceeded or Test window for duration test exceededstatus is set to yes.


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Disabling emergency luminaires

!WarningSuppression of safety device!These operating modes suppress a safety device. The emergency luminaires are not switchedon in an emergency and this can lead to fatalities or serious physical injuries.Make sure that there is not an emergency and emergency mode is not required.

To interrupt the voltage supply without the emergency luminaire being switched on, it is possible to use the operatingmodes inhibit mode and rest mode.

Inhibit mode Rest mode

The emergency luminaire is powered by the mainssupply. Inhibit mode lasts no longer than 15 minutes.· Rest mode is enabled instead of emergency mode if the

voltage supply is interrupted during these 15 minutes.This prevents the emergency luminaire from beingswitched on in emergency mode.

· If there is no power outage during these 15 minutes,inhibit mode is terminated and mains operation isrestored.

The emergency luminaire remains deliberately switchedoff while the voltage supply is interrupted. This functionis used to ensure that the battery is not discharged incases where the voltage supply is deliberatelyinterrupted.

Application example: Maintenance of emergencyluminaires

Application example: Plant holidays

Table 54: The difference betw een inhibit mode and rest mode

Enable/terminate inhibit mode

Requirement:– Voltage supply to emergency luminaire is present.

1. Make sure that emergency mode is not required.

2. Click on Inhibit mode.ÜThe operating mode is enabled.

3. Interrupt the voltage supply within 15 minutes.ÜThe emergency luminaire remains switched off.ÜRest mode is enabled.

i NoteAs soon as the emergency luminaire's voltage supply is restored, mains operation is enabled.

4. To enable emergency mode without restoring the voltage supply, click Terminate inhibit/rest mode.ÜEmergency mode is enabled.

iNoteNot all control gear for emergency lighting supports the Terminate inhibit/rest mode


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function.· You can see whether the control gear for emergency lighting supports this status by looking

on the Overview of functions tab.· If the control gear for emergency lighting does not support this function, inhibit or rest mode

can only be terminated by restoring the voltage supply.


Enable/terminate rest mode

Requirements:– Voltage supply to emergency luminaire is interrupted without there being an emergency.– DALI voltage supply is present.

1. Make sure that emergency mode is not required.

2. Click on Rest mode.ÜThe operating mode is enabled.ÜThe emergency luminaire is switched off.

i NoteAs soon as the emergency luminaire's voltage supply is restored, mains operation is enabled.

3. To enable emergency mode when the voltage supply is interrupted, click Terminate inhibit/rest mode.ÜEmergency mode is enabled.

iNoteNot all control gear for emergency lighting supports the Terminate inhibit/rest modefunction.· You can see whether the control gear for emergency lighting supports this status by looking

on the Overview of functions tab.· If the control gear for emergency lighting does not support this function, inhibit or rest mode

can only be terminated by restoring the voltage supply.

Intensity settings in emergency mode

Here you can set the intensity with which the lamp is illuminated in emergency mode. The adjustable intensity islimited by a lower limit and an upper limit.

Setting intensity in emergency mode

1. Enter a percentage value that lies between the lower limit and the upper limit for the intensity in emergencymode .



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Status




Status Description







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Device-specific status: Operating mode

Status Description

Rest mode active Indicates whether the emergency luminaire is in rest mode. In rest modethe emergency luminaire remains deliberately switched off while thevoltage supply is interrupted.

Mains operation active Indicates whether the emergency luminaire is in mains operation. TheDALI control gear is powered by the mains supply.

Emergency mode active Indicates whether the emergency luminaire is in emergency mode. TheDALI control gear is powered by the battery.

Emergency mode after mains returnactive

Indicates whether the emergency luminaire is in emergency mode aftermains power is restored.

Function test in progress Indicates whether a function test is in progress.

Duration test in progress Indicates whether a duration test is in progress.

Hardwired inhibit mode active Indicates whether the emergency luminaire is in inhibit mode. Inhibitmode is enabled by a switch. If there is a power failure when inhibitmode is active, rest mode is enabled instead of emergency operation.This prevents the emergency luminaire being switched on.

Switched maintained light on Indicates that, in the case of switched maintained light, theemergency luminaire is switched on in mains mode.

Table 56: DALI control gear for emergency lighting – Device-specif ic status: Operating mode


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Device-specific status: Emergency lighting status

Status Description

Inhibit mode active Indicates whether the emergency luminaire is in inhibit mode. Inhibitmode was enabled by the DALI command Inhibit. Rest mode is enabledinstead of emergency mode if the voltage supply is interrupted whileinhibit mode is active. This prevents the emergency luminaire beingswitched on in emergency mode.

Function test completed Indicates whether the latest function test was completed.

iNoteThis status does not provide any information as to whethererrors were found during the function test. Faults are listed inthe Faults group section.

Duration test completed Indicates whether the latest duration test was completed.

iNoteThis status does not provide any information as to whetherfaults were found during the duration test. Faults are listed inthe Faults group section.

Battery fully charged Indicates whether the battery is fully charged.

Function test on hold Indicates whether a function test is on hold. The function test is delayedwithin the limits of the test window.Possible causes:· Emergency luminaire is in operation mode· Battery not sufficiently charged

Duration test on hold Indicates whether a duration test is on hold. The duration test is delayedwithin the limits of the test window.Possible causes:· Emergency luminaire is in operation mode· Battery not fully charged

Identification active Indicates whether the emergency luminaire is being identified.

Addressed with Physical Selectionmethod

Indicates whether the emergency luminaire was addressed withPhysical Selection method.

Table 57: DALI control gear for emergency lighting – Device-specif ic status: Emergency lighting status


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Device-specific status: Additional information

Status Description

Battery charging state Indicates battery state of charge (%)

Time span duration test Indicates hours of service reached at time of latest duration test.

Lamp burning hours in emergency mode Indicates how long the lamp was in emergency mode. Lamp burninghours in emergency mode are indicated in 1-hour increments.

Total lamp burning hours Indicates how long the lamp has been in operation in total (mainsoperation and emergency mode). Total lamp burning hours are indicatedin 4-hour increments.

Rated duration Indicates the time for which the battery delivers the required energy inemergency mode (usually 1 hour or 3 hours).

Reset lamp burning hours Button used to reset Lamp burning hours in emergency mode andTotal lamp burning hours.

Table 58: DALI control gear for emergency lighting – Device-specif ic status: Additional information

Device-specific status: Faults

Status Description

Circuit defective Indicates whether a circuit on the printed circuit board (PCB) of thedevice is defective.

Nominal operating time not achieved Indicates whether, during a duration test, the nominal operating timewas not achieved.

Battery fault Indicates whether there is a battery fault (e.g. open circuit, insufficientbattery capacity, battery incorrectly connected).

Lamp failure detected during emergencymode

Indicates whether a lamp failure was detected in emergency mode orduring an emergency lighting test.

Test window for function test exceeded Indicates whether the test window for the function test was exceeded.

Test window for duration test exceeded Indicates whether the test window for the duration test was exceeded.

Function test failed Indicates whether the latest function test failed.

Duration test failed Indicates whether the latest duration test failed.

Table 59: DALI control gear for emergency lighting – Device-specif ic status: Faults


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Types of functions





Special feature

· Physical Selection method: If the Physical Selection method is supported, it can be configured underCommissioning – 2. Address . The control gear is addressed specifically in accordance with the addressing planusing the Physical Selection method.

19


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7.1.7 Device Type 2: Control gear for high-pressure discharge lamps

Control gear for high-pressure discharge lamps are shown in the DALI device tree diagram with the symbol and theshort description HID.


Here you can directly display the address of the high-pressure discharge lamps via the status LED on the device. Forthis purpose, the address is converted into a six-digit binary number, which is represented as a flashing pattern. Thered LED stands for binary number 0, the green LED for binary number 1.



In the masterCONFIGURATOR software high-pressure discharge lamps can be identified as follows.


Locate icon · The address of a high-pressure discharge lamps that is highlighted inthe device tree diagram is displayed in an endless loop

· Is enabled by clicking the Locate icon


iNoteAfter shutdown high-pressure discharge lamps require sometime to cool down before they can be reignited.· Ideally, perform identification process when lamps are

cold!· If lamps were previously ignited: Make sure that they could

cool sufficiently!

Table 60: Summary of identifying high-pressure discharge lamps

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Identify high-pressure discharge lamp once

wClick the Identify button.

ÜThe high-pressure discharge lamp's status LED sends the address of the high-pressure discharge lamp once as abinary flashing pattern.

Identify high-pressure discharge lamp again

1. Enable the Repeat identification checkbox.

2. Click the Identify button.ÜThe high-pressure discharge lamp's status LED sends the address of the high-pressure discharge lamp in an

endless loop as a binary flashing pattern.

3. To quit identification, disable the Repeat identification checkbox.


Status




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Status Description











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Device type-specific Status: HID-Status

Status Description

Run-up time ready Indicates whether the run-up time is ready.

Arc power at requested value Indicates whether the requested value of arc power has been reachedafter ignition.

Waiting for ignition Indicates whether a lamp could not be ignited.

Identification active Indicates whether identification is active.


Device type-specific Status: Failures

Status Description

Mains voltage too low Indicates whether mains voltage is too low.

Mains voltage too high Indicates whether mains voltage is too high.

Converter thermal overload Indicates whether the converter has been thermally overloaded.

Ignition time out Indicates whether ignition has been timed out, that is, the lamp couldnot be ignited.

Lamp voltage out of specification Indicates whether lamp voltage is out of specification.

Lamp cycling failure Indicates whether a lamp cycling failure occurred. "Lamp cycling failure"means that the lamp is in a cycle of constantly igniting and going offagain.


Device type-specific Status: Stored Failures

Status Description

Mains voltage too low Indicates whether mains voltage is too low.

Mains voltage too high Indicates whether mains voltage is too high.

Converter thermal overload Indicates whether the converter has been thermally overloaded.

Ignition time out Indicates whether ignition has been timed out, that is, the lamp couldnot be ignited.

Lamp voltage out of specification Indicates whether lamp voltage is out of specification.

Lamp cycling failure Indicates whether a lamp cycling failure occurred. "Lamp cycling failure"means that the lamp is in a cycle of constantly igniting and going offagain.



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7.1.8 Device Type 3: Control gear for low-voltage halogen lamps

Control gear for low-voltage halogen lamps are shown in the DALI device tree diagram with the symbol and theshort description low-voltage halogen.

Control gear configuration


Status Description






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Advanced

Status Description

Short circuit Indicates whether a short circuit has occurred.

Open circuit Indicates whether there is an open circuit.

Load decrease Indicates whether a load decrease is present.

Load increase Indicates whether a load increase is present.

Overcurrent protection Indicates whether the overcurrent protection has been triggered. Theovercurrent protection is triggered when the level exceeds or falls belowthe value of the reference measurement.

Thermal shut down Indicates whether the permissible temperature of the low-voltagetransformer has been exceeded.

Thermal overload Not yet supported.

Referencing fault Indicates whether the reference measurement has failed.

Table 66: Advanced status display of DALI control gear for low -voltage halogen lamps

Reference measurement

Here you can perform a reference measurement. This determines the current lamp load using internal processes andmeasurements. This can only be done if the control gear supports this function.

Performing a reference measurement

wClick on Start reference measurement.ÜReference measurement is performed. This lasts approximately 5 minutes.

i NoteIf the reference measurement fails, the status Referencing error will be set to Yes.


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Setting parameters

Requirement:– Control gear configuration pop-up window open.

1. Click on the desired parameter.

2. Set the value using the slider.

ÜThe icon appears. This indicates that the command has not yet been sent to the DALI control gear.

iNoteAbove the slider, the set value is displayed on the left in the relevant unit of measurement andon the right as a DALI value (decimal).

3. Click on Send command.ÜThe change is implemented in the DALI control gear.

ÜThe icon appears. This indicates that the command has not yet been sent to the DALI control gear.

iNoteIf the command is inconsistent with another parameter and therefore cannot be applied to the

DALI control gear, the icon continues to be displayed. Repeat steps 2 and 3.

4. Optionally, test the configuration.

iNoteInformation on how to check the configuration appears in the pop-up window in the help textabove the Test configuration field.

iNoteA detailed description of the configuration and control commands can be found in SectionConfiguration commands for DALI control gear .280


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7.1.9 Device Type 4: Control gear for phase dimmers

Control gear for phase dimmers are shown in the DALI device tree diagram with the symbol and the shortdescription phase dimmer.


The dimming curve can be selected, fast fade time can be enabled and a reference measurement can be carried out inthe phase dimmers tab.

Dimming curve

The course of the luminous flux of the luminaire during smooth adjustment can be set here.

· linear: the luminous flux is changed linearly during smooth adjustment. This does not match the sensitivity of thehuman eye and might not be perceived as smooth.

· logarithmic: the luminous flux of the luminaire is changed logarithmically during smooth adjustment as per the DALIspecification. This matches the sensitivity of the human eye and is therefore perceived as smooth.

Setting the dimming curve

1. Click linear or logarithmic.


i NoteThe detail view shows in the Status tab whether a linear dimming curve has been selected.


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wClick on Start.ÜReference measurement is performed. This lasts approximately 5 minutes.



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Status




Status Description








Power On Level Indicates whether the DALI control gear has gone to the Power On


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Level.


Device type specific status: Operating mode of the control gear (DT4)

Status Description

Leading edge active Indicated whether the leading edge is active

Trailing edge active Indicated whether the trailing edge is active

Reference measurement active Indicated whether the reference measurement is active

Linear dimming active Indicated whether the linear dimming is active

Table 68: Device type specif ic status: Operating mode of the control gear

Device type specific status: Measurements of the control gear (DT4)

Status Description

Temperature Displays the temperature

Mains voltage Displays the mains voltage

Mains frequency Displays the mains frequency

Load voltage Displays the load voltage

Load current Displays the load current

Load power Displays the load power

max. Nominal current Displays the max. nominal current

Table 69: Device type specif ic status: Measurements of the control gear

Device type specific status: Errors of the control gear (DT4)

Status Description

Short circuit Indicates a short circuit

Open circuit Indicates a open circuit

Load decrease Indicates a load decrease

Load increase Indicates a load increase

Thermal shut down Indicates a thermal shut down

Thermal overload Indicates a thermal overload

Referencing fault Indicates a referencing fault

Load does not fit Indicates a load does not fit

Mains voltage out of range Indicates a mains voltage out of range


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Mains frequency out of range Indicates a mains frequency out of range

Load voltage out of range Indicates a load voltage out of range

Overcurrent reduction active Indicates a overcurrent reduction active

Table 70: Device type specif ic status: Errors of the control gear


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Types of functions






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7.1.10 Device Type 6: Control gear for LEDs

Control gear for LEDs are shown in the DALI device tree diagram with the symbol and the short description LED.


The dimming curve can be selected, fast fade time can be enabled and a reference measurement can be carried out inthe LED tab.

Dimming curve

The course of the luminous flux of the luminaire during smooth adjustment can be set here.

· linear: the luminous flux is changed linearly during smooth adjustment. This does not match the sensitivity of thehuman eye and might not be perceived as smooth.

· logarithmic: the luminous flux of the luminaire is changed logarithmically during smooth adjustment as per the DALIspecification. This matches the sensitivity of the human eye and is therefore perceived as smooth.

Setting the dimming curve

1. Click linear or logarithmic.


i NoteThe detail view shows in the Status tab whether a linear dimming curve has been selected.

Fast Fade Time

The Fast Fade Time can be selected instead of the fade time here.

The Fade Time is given in seconds. This setting can be defined in the Basic configuration tab. The Fast Fade Timeis given in milliseconds (< 25 ms – 675 ms).

Setting the Fast Fade Time

Requirement:– In the Basic configuration tab, set the Fade Time to 0.– In the Basic configuration tab, set the Extended Fade Time to 0.

1. Deactivate the checkbox left of fast.ÜSlider turns active.

2. Set the value using the slider.


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iNoteThe lower limit of the control gear is shown to the right of Minimum. The value chosen withthe slider must be above the lower limit.

iNoteFade Time, Fast Fade Time and Extended Fade Time have different priorities. Thesepriority settings determine how the device acts if values have been assigned to more than oneof the parameters.

This is how the priorities work:

· Priority 1 = Fade Time: If Fade Time > 0 the Fade Time is used. If this is not the case, priority 2 becomes active.

· Priority 2 = Fast Fade Time: If Fast Fade Time > 0 the Fast Fade Time is used. If this is not the case, priority 3 becomes active.

· Priority 3 = Extended Fade Time: If Extended Fade Time > 0 the Extended Fade Time is used. If this is not the case, the device is run with no Fade Time at all.


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wClick on Start.ÜReference measurement is performed. This lasts approximately 5 minutes.



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Status




Status Description










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Level.


Status of control gear for LEDs (DT6)

Status Description

Short circuit Indicates whether a short circuit has occurred.

Open circuit Indicates whether there is an open circuit.

Load decrease Indicates whether a load decrease is present.

Load increase Indicates whether a load increase is present.

Overcurrent protection Indicates whether the overcurrent protection has been triggered. Theovercurrent protection is triggered when the level exceeds or falls belowthe value of the reference measurement.

Thermal shut down Indicates whether the permissible temperature of the control gear forLEDs has been exceeded.

Thermal overload Not yet supported.

Referencing fault Indicates whether the reference measurement has failed.

Pulse width modulation Indicates whether the lamps connected to the control gear are operatedwith pulse width modulation.

Amplitude modulation Indicates whether the lamps connected to the control gear are operatedwith amplitude modulation.

Current control mode Indicates whether the lamps connected to the control gear are operatedwith current control.

High-current pulse Indicates whether the lamps connected to the control gear are operatedwith high-current pulse.

Linear dimming curves Indicates whether a non-logarithmic dimming curve (e.g. linear dimmingcurve) is enabled.

Table 72: Device-specif ic status information for DALI control gear for LEDs


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Types of functions





Special feature

· Physical Selection method: If the Physical Selection method is supported, it can be configured underCommissioning – 2. Address . The control gear is addressed specifically in accordance with the addressing planusing the Physical Selection method.

19


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7.1.11 Device Type 7: Control gear for switching functionControl gear for switch contact are shown in the DALI device tree diagram with the symbol and the short

description Relay.

Relays

The switching points for dimming up/down can be set here.

iAttention!

If a DALI RM CDM 30 10A 1CH (28003311) is used please make sure that the minimum

level is changed to something different than the factory setting (100%) otherwise these

settings won’t work.

Brighten switch-on:

This is the standard use case, the relay switches on when during dimming up the dim level gets higher than the

selected Dim-Up switch-on value and switches off when the dim level falls below the Dim-Down switch-off

value while dimming down.

Dim-Up switch-on (1): The switching on point for dimming up.

Dim-Down switch-off (2): The switching off point for dimming down.

Brighten switch-off:


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the relay switches off when during dimming up the dim level gets higher than the selected Dim-Up switch-off

value and switches on when the dim level falls below the Dim-Down switch-on value while dimming down.

Dim-Up switch-off (3): The switching off point for dimming up.

Dim-Down switch-on (4): The switching on point for dimming down.

Status

Status Description

Ready Indicates whether the switch contact controlgear is ready for communication.

Lamp failure Indicates whether a lamp failure (shortcircuit, open circuit, load decrease or loadincrease) has occurred.


Limit Violation Indicates that the luminaire was unable toswitch to a value, as this value was outsideof the defined range (minimum level andmaximum level).

Fade time active Indicates whether a device is changing fromone control value to another


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Reset state Indicates whether the switch contact controlgear has been reset to the reset values.

Address missing Indicates whether the switch contact controlgear is unaddressed.

Power cycle seen Indicates whether the DALI control gear hasgone to the Power On Level.

Last threshold acted upon Indicate the last threshold the switch contactcontrol gear acted upon

7.1.12 Device Type 8: Control gear for colour converters

Control gear for colour converters are shown in the DALI device tree diagram with the symbol and the shortdescription colour.

Basic configuration


Member of group(s)



Setting scenes

The intensity of the luminaire and its colour temperature or xy-coordinates can be set for all 16 scenes (0–15) here. Thedetail view shows an overview of the set scenes. The settings can be defined in the Set scene pop-up window.

Setting scenes



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2. Click the button.ÜThe Set scene pop-up window appears.

3. Set the value for the intensity using the slider.-or-Click MASK.

4. Select colour type colour temperature, xy-coordinates or MASK.ÜThe view is updated.

5. Set the colour temperature or xy-coordinates.

Adjusting the colour temperature Setting the xy-coordinates

wSet the value using the slider.

-or-

wClick the button for a pre-defined colour temperature,e.g. 2700 K.

wSet the value using the sliders.

-or-

wClick the button for pre-defined xy-coordinates, e.g.Bakery products/Gold.


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6. Click OK.ÜThe settings are applied.ÜThe pop-up window is closed.





1. Set the value for the individual parameter using the slider.



DALI default parameters Description



Note: < 0.7 s is the DALI default. < 0.7 s is the fastest fade time, and90.5 s is the slowest.

Fade rate The selected value is set as the dimming speed. It indicates by howmany steps per second the intensity is changed. The Fade Rate isused with the DALI commands Brighten (Up) and Dim (Down).

Value range:· 2.8–358 steps per second

Note: 45 steps per second is the DALI default. 358 steps per second isthe fastest fade rate, and 2.8 steps per second is the slowest.

Minimum Level The selected value is set as the minimum level for the control gear. Thisvalue cannot be fallen below during dimming/brightening.


Note: The physical lower limit of the control gear is shown to the rightof the Minimum level as a percentage. The minimum level must beabove this value.

Maximum Level The selected value is set as the maximum level for the control gear. Thisvalue cannot be exceeded during dimming/brightening.


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Power On Level The selected value is set as the value after power is restored. There aretwo values for the Power On Level: one for intensity and one for thecolour temperature or xy-coordinates.

System Failure Level The selected value is set as the value in the event of failure of the DALIpower supply. There are two values for the System Failure Level: onefor intensity and one for the colour temperature or xy-coordinates.


Special feature: Setting the Power On Level and System Failure Level

The Power On Level and the System Failure Level are set via a separate pop-up window.

1. Click the button.ÜThe Set Power On Level or Set System Failure Level pop-up window appears.

2. Set the value for the intensity using the slider.-or-Click MASK.

3. Select colour type colour temperature, xy-coordinates or MASK.ÜThe view is updated.

4. Set the colour temperature or xy-coordinates.

Adjusting the colour temperature Setting the xy-coordinates

wSet the value using the slider.

-or-

wClick the button for a pre-defined colour temperature,e.g. 2700 K.

wSet the value using the sliders.

-or-

wClick the button for pre-defined xy-coordinates, e.g.Bakery products/Gold.

5. Click OK.ÜThe settings are applied.


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The colour temperature range can be set, automatic calibration can be carried out and colours can be directly changedin the Colour tab.

Colour temperature range

The range in which the colour temperature of the lamps can be changed can be set here. The colour temperature rangeis restricted to the physical upper and lower limits.

· Minimum colour temperature: the warmest colour temperature that a lamp can have. This temperature is eitherthe physical lower limit or is cooler than this limit.

· Maximum colour temperature: the coolest colour temperature that a lamp can have. This temperature is either thephysical upper limit or is warmer than this limit.

· Physical lower limit: Allows the LED driver to be adjusted to the colour temperature limits of the connected LEDmodule.

· Physical upper limit: Allows the LED driver to be adjusted to the colour temperature limits of the connected LEDmodule.

iNoteThe physical lower limit and the physical upper limit can only be adjusted if an LED module isconnected to the device and switched on.

Setting the minimum or maximum colour temperature

1. Set the value for the individual parameter using the slider.


iNoteThe minimum colour temperature cannot be lower than the physical lower limit.The maximum colour temperature cannot be higher than the physical upper limit.

Automatic calibration

The xy-coordinates for all supported primaries can be calibrated here.


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Carrying out automatic calibration

wClick on Start.ÜAutomatic calibration begins. It lasts approximately 15 minutes.Ü If calibration is completed successfully, the status of the automatic calibration is displayed in the Status tab as

successful.Ü If calibration was not successful, the values from the last successful calibration are automatically loaded.

iNoteIf Stop is clicked during automatic calibration, calibration is cancelled and the values of thelast successful calibration are loaded.


Immediate colour change

Users can set whether the colour can be immediately changed or only using an Activate command here. Thesecommands include Intensity (DAP), Brighten, Dim and Recall scene X. The fade time for the individual command isused.

Disabling immediate colour change

1. Disable the Colour only changes with the "Activate" command checkbox.




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Status




Status Description










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Level.


Status of control gear for colour converters (DT 8)

Status Description

xy-coordinates outside value range Indicates whether values were chosen for the xy-coordinates which areoutside of the value range. The configurable value range depends on theLED module connected to the colour converter.

Colour temperature outside value range Indicates whether a value was chosen for the colour temperature whichis outside of the value range. The configurable value range depends onthe LED module connected to the colour converter.

Automatic calibration in progress Indicates whether the automatic calibration is still ongoing.

Automatic calibration successful Indicates whether the automatic calibration was successful. If it was notsuccessful, the values from the last successful calibration areautomatically loaded.

Colour type "xy-coordinates" active Indicates whether the "xy-coordinates" colour type is enabled.

Colour type "Colour temperature" active Indicates whether the "colour temperature" colour type is enabled.

Colour type "Primary" active Indicates whether the "primary" colour type is enabled.

Colour type "RGBWAF" active Indicates whether the "RGBWAF" colour type is enabled.

Table 75: Device-specif ic status information for DALI control gear for colour converters


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Types of functions





Special features

· Number of primaries: If the primaries colour type is supported, the number of primaries is displayed.

· Number of RGBWAF channels: If the RGBWAF colour type is supported, the number of RGBWAF channels isdisplayed.


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7.1.13 Device Type 49: Integrated Bus Power Supply (DALI Part 250)


Guaranteed supply current Indicates the guaranteed supply current of theinternal power supply.

Maximum supply current Indicates the maximum supply current of theinternal power supply.

DALI bus power supply status Indicates if the internal DALI power supply isturned on or off.

If the integrated DALI power supply is activated, a small local DALI network can be set up via the DALI terminals.

iNote

For the changes to apply, a power reset is necessary.

iCaution!

For the DALI network, please:

· The DALI load of the connected devices must not exceed the power of the integrated DALIpower supply.

· Only one of the connected operating devices is allowed to have activated the integratedDALI power supply.


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7.1.14 Device Type 50: Luminaire data (DALI Part 251)

This function provides the asset management with accurate data about the luminaire.

iDALI Part 251

Memory bank 1 extension (Device Type 50)

Parameter Information

Luminaire manufacturing date Entry of year and calendar week is possible

Nominal input power Watt

Power at minimum dim level Watt

Minimum AC mains voltage Volt

Maximum AC mains voltage Volt

Nominal light output Lumen

Colour rendering index (CRI) This value is a quality feature of artificial lightover natural light.

Colour temperature Kelvin

Light distribution type Type I - V (The different types are described inthe IES 901.11 standard)

Luminaire colour ASCII character string

Luminaire identification ASCII character string


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7.1.15 Device Type 51: Energy Reporting (DALI Part 252)

This function provides the asset management with accurate data about the luminaire.


Active EnergyIndicates the integral of the current power overa time interval.

Active PowerIndicates the mean value of the current power,taken over one period.

Apparent EnergyIndicates the integral of apparent power over atime interval, measured in units of VA hour.

Apparent PowerIndicates the power, calculated with the rmsvoltage and the rms electric current.

Active Energy Load sideIndicates the integral of load side power over atime interval.

Active Power Load sideIndicates the input power minus the powerused for the DALI bus power supply if presentand the AUX power supply if present.


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7.1.16 Device Type 52: Diagnostics & Maintenance (DALI Part 253)


Supply undervoltage counter Indicates how often undervoltage wasmeasured at the mains input.

Supply overvoltage counter Indicates how often overvoltage was measuredat the mains input.

Supply voltage frequency Indicates the supply frequency measured atthe mains input.

Supply undervoltage Indicates if there is currently undervoltagemeasured at the mains input.

Supply overvoltage Indicates if there is currently undervoltagemeasured at the mains input.

Operating time Indicates the time the LED Driver wasoperated either via mains or from battery.

Start counter Indicates how often the LED Driver wasstarted.

Overall failure condition counter Indicates how often a failure was detected.

Output power limitation counter Indicates how often the output power had to belimited.

Thermal derating counter Indicates how often the LED Driver reached acritical temperature and the IntelligentTemperature Guard function (ITG) startedreducing the output power.

Thermal shutdown counter Indicates how often the LED Driver reached acritical temperature and the IntelligentTemperature Guard function (ITG) turned offthe device.

Overall failure condition Indicates if a failure is currently detected.

Output power limitation Indicates if the output power is currentlylimited by the LED Driver.

Thermal derating Indicates if the output power of the LED Driverhas been reduced due to a criticaltemperature.


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Thermal shutdownIndicates if the LED Driver has been turned offdue to a critical temperature.

Output current percentage Indicates the active output current percentage.

Start counter Indicates how often the LED was switched on.

On timeIndicates for how long the LED has beenswitched on.

Overall failure condition counter Indicates how often a failure was detected.

Short circuit counterIndicates how often a short circuit wasdetected.

Open circuit counterIndicates how often a open circuit wasdetected.

Thermal derating counterIndicates how often the LED had reached theoverload temperature.

Thermal shutdown counterIndicates how often the LED had reached theshutdown temperature.

Light source voltage Indicates the voltage at the LED output.

Light source current Indicates the current at the LED output.

Overall failure condition Indicates if a failure is currently detected.

Short circuitIndicates if a short circuit is currentlydetected.

Open circuit Indicates if a open circuit is currently detected.

Thermal deratingIndicates if a temperature overload is currentlydetected.

Thermal shutdownIndicates if a shutdown temperature iscurrently detected.


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7.1.17 Device Type 255: Multi-device types

Multi-device types are shown in the DALI device tree diagram with the symbol and the short description Multi.They comprise at least two device types. There are several combinations available.

iNoteThe configuration options for the multi-device type depend on the configuration options for theindividual device types which make up the multi-device type.


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7.2 DALI XC

The DALI XC is represented in the DALI device tree diagram by the icon and the short name DALI XC. Whenaddressing, the DALI XC is given an eD address (eA) and can be configured in the detail view using this address.

iNoteThe masterCONFIGURATOR software uses the counting method given in DALI standard IEC62386. Addresses, groups and scenes are counted starting with 0. However there are devices that are counted starting with 1, e.g. DALI XC. If scene 1 isselected via a rotary selector switch, for example, it is displayed in themasterCONFIGURATOR software as scene 0.

Device information



Name Displays the name of the device.

Article number Displays the article number of the device.

Serial number Displays the unique serial number of the device.

Date of manufacture (CW.YYYY) Displays the date of manufacture of the device in the format CW.YYYY(calendar week, year).

Firmware version Displays the firmware version of the device.

eD version Displays the version of the eD specification supported by the device.




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The power on behaviour can be set and the current configuration of the DALI XC can be viewed in the Basicconfiguration tab.

Power on behaviour

The power on behaviour indicates how the DALI XC responds after the voltage supply has failed. The power onbehaviour can be configured in all operating modes.

Command Indicates which command the DALI XC sends to all of the luminairesconnected to the DALI control line after the power is restored:· Off· Recall scene X (0–15)· Do not send command: If more than one DALI XC is connected to

the DALI control line, the power on behaviour can only be set on oneDALI XC. Do not send command must be set for all other DALI XCdevices.

Delay time Time after which the selected command is sent.

Value range:· 0–7 s

Table 77: Configuration options for "pow er on behaviour"


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"Mode" and "Config" rotary selector switches

There are two rotary selector switches on the DALI XC.

(1) Mode rotary selector switchThe operating mode of the DALI XC can be set viathis rotary selector switch.

(2) Config rotary selector switchThe inputs of the DALI XC can be configured viathis rotary selector switch.

Operating modes

The DALI XC has seven operating modes (A–G), which are set via the Mode rotary selector switch.

Rotaryselectorswitchposition

Description Configuration

A MC operating mode:Programmed functions can be recalledvia single momentary-action switchesand/or double momentary-actionswitches and/or standard switches.

This operating mode is configured via themasterCONFIGURATOR software. Rotary selectorswitch Config (2) has no function here.For a detailed description of the setting options, seeSection Configuration of operating mode "MC"...

B SC-A operating mode:Scenes can be recalled via singlemomentary-action switches.

This operating mode is configured via rotary selectorswitch Config (2) on the DALI XC. A scene is assignedto each of the four inputs. The settings are displayed inthe masterCONFIGURATOR software.

C SC operating mode:Scenes can be recalled and saved viasingle momentary-action switches.

This operating mode is configured via rotary selectorswitch Config (2) on the DALI XC. A scene is assignedto each of the four inputs. The settings are displayed inthe masterCONFIGURATOR software.

D GC-A operating mode:Luminaire groups can be switched onand off and dimmed and brightened viasingle momentary-action switchesand/or double momentary-actionswitches.

This operating mode is configured via rotary selectorswitch Config (2) on the DALI XC. A luminaire group isassigned to each of the four inputs. The settings aredisplayed in the masterCONFIGURATOR software.

E GC operating mode: This operating mode is configured via rotary selector

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Rotaryselectorswitchposition

Description Configuration

Luminaire groups can be switched onand off, dimmed and brightened, andgrouped via single momentary-actionswitches and/or double momentary-action switches.

switch Config (2) on the DALI XC. A luminaire group isassigned to each of the four inputs. The settings aredisplayed in the masterCONFIGURATOR software.

F PROG operating mode:Commissioning or a system extensioncan be started and completed in thisoperating mode. The control points forthis DALI XC are locked. All otherDALI XC devices can be operated asnormal.


G TuWh operating mode:The intensity and colour temperature ofTunable White luminaires can be setvia double momentary-action switches.


Table 78: Operating modes of the DALI XC


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7.2.2 Configuration of operating mode "MC"

In the MC operating mode, single momentary-action switches and/or double momentary-action switches and/orstandard switches can be used to recall programmed functions. These functions are configured via themasterCONFIGURATOR software. The Config rotary selector switch has no function.

The DALI XC has four inputs (T1–T4). The effective range of the respective input and its function can be set in tabs T1,T2, T3 and T4.


Effective range Range controlled via the relevant input (T1, T2, T3 or T4):· All· Group (0–15)· Address (0–63)

Function Function stored for the selected effective range on the relevant input (T1,T2, T3 or T4):· No function: The selected input has no function.· Momentary-action switch: more information can be found

here...· Changeover switch: more information can be found here...· Standard switch: more information can be found here...· Macro: stairwell function

More information can be found here...· Macro: dynamic scene recall

More information can be found here...· Macro: sequential scene recall

More information can be found here...· Macro: user-defined command sequence

More information can be found here...· User-defined configuration of the inputs: settings stored on the

DALI XC do not correspond to the setting options in themasterCONFIGURATOR software.

iNoteAs soon as the system is switched from function User-define configuration of the inputs to another function andthis is saved, the user-defined configuration of the inputs islost and cannot be restored.

Table 79: Configuration options for "MC" operating mode

174

176

178

180

180

184

185


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Momentary-action switch

The selected input is configured as a momentary-action switch.

The following configuration options are available for this function:


Briefly press momentary-action switch Briefly pressing the momentary-action switch will send command X1one time.

The following commands can be selected from the dropdown list forcommand X1:· Ignored· Intensity (DAP): in percent· Off· Maximum level· Minimum level· Last active level· Recall scene X (0–15)

A fade time can also be stored depending on the command.


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iNoteFor a precise description of the DALI commands, seeSection DALI commands...

Hold down momentary-action switch Holding down the momentary-action switch will send command Y1. Thecommands are repeatedly sent for as long as the momentary-actionswitch is held down.

The following commands can be selected from the dropdown list forcommand Y1:· Ignored· Brighten· Dim· Increase colour temperature· Decrease colour temperature

A fade rate can also be stored depending on the command.


Table 80: Configuration options for the "momentary-action sw itch" function



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Changeover switch

The selected input is configured as a changeover switch. Each time the momentary-action switch is briefly pressedcommand X1 and command X2 are sent in alternating sequence. Each time the momentary-action switch is helddown command Y1 and command Y2 are sent in alternating sequence.

The command sent each time depends on the lighting status and is automatically selected by the DALI XC.



Briefly press momentary-action switch Each time the momentary-action switch is briefly pressedcommand X1 and command X2 are sent in alternating sequence.

The following commands can be selected from the dropdown list forcommand X1 and command X2:· Ignored· Intensity (DAP): in percent· Off· Maximum level· Minimum level· Last active level· Recall scene X (0–15)


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Hold down momentary-action switch Each time the momentary-action switch is held down command Y1 andcommand Y2 are sent in alternating sequence. The commands arerepeatedly sent for as long as the momentary-action switch is helddown.

The following commands can be selected from the dropdown list forcommand Y1:· Ignored· Brighten· Increase colour temperature

The following commands can be selected from the dropdown list forcommand Y2:· Ignored· Dim· Decrease colour temperature


Table 81: Configuration options for the "changeover sw itch" function



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Standard switch

The selected input is configured as a standard switch.



Lighting-linked The command sent each time depends on the lighting status and isautomatically selected by the DALI XC.

iNoteIf the standard switch is configured to be lighting-linked, nofade time can be stored for command X1 and commandY1.

Close When the switch is closed, command X1 is sent one time.

The following commands can be selected from the dropdown list forcommand X1:· Ignored· Intensity (DAP): in percent· Off· Maximum level


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· Minimum level· Last active level· Recall scene X (0–15)



Open When the switch is opened, command Y1 is sent one time.

The following commands can be selected from the dropdown list forcommand Y1:· Ignored· Intensity (DAP): in percent· Off· Maximum level· Minimum level· Last active level· Recall scene X (0–15)



Table 82: Configuration options for the "standard sw itch" function



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Macro: stairwell function

A momentary-action switch or standard switch is pressed in a stairwell, which switches on the lighting with commandX1 and starts the run-on time. If no one presses a momentary-action switch or standard switch again during the run-ontime, command Y1 is then sent.



Briefly press momentary-action switch When the momentary-action switch or standard switch is pressed,command X1 is sent one time.

The following commands can be selected from the dropdown list forcommand X1:· Ignored· Intensity (DAP): in percent· Off· Maximum level· Minimum level· Recall scene X (0–15)



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Run-on time Time that starts when the lighting is switched on and after whichcommand Y1 is sent. If someone presses a momentary-action switchor standard switch again in this stairwell during the run-on time, the run-on time starts again.

Value range:· 1 s – 60 min· None

After run-on time has expired After run-on time has expired, command Y1 is sent one time.

The following commands can be selected from the dropdown list forcommand Y1:· Ignored· Intensity (DAP): in percent· Off· Maximum level· Minimum level· Recall scene X (0–15)



Table 83: Configuration options for the "stairw ell function"



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Macro: dynamic scene recall

A dynamic scene recall consists of no more than 16 scenes that are automatically recalled one after the other. Theorder of the scenes can be selected freely. Scenes may occur more than once in a dynamic scene recall. A fade timeand hold time are defined for each scene.

Briefly pressing the momentary-action switch connected to the input starts the dynamic scene recall; one scene afterthe other is recalled.

Briefly pressing the momentary-action switch again interrupts the dynamic scene recall. The last scene recalledremains active. Briefly pressing the momentary-action switch again continues the dynamic scene recall.

Holding down the momentary-action switch stops the dynamic scene recall and sends an off command. Brieflypressing the momentary-action switch again starts the dynamic scene recall again from the start.



Repeat all When the last scene is recalled, the scene recall starts again with thefirst scene. If the dynamic scene recall is not repeated, the last holdtime runs indefinitely and the scene is not switched.

Fade time The time it takes to change from one scene to the next.


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Value range:· fastest· 0.7 – 90.5 s

Note: 90.5 s is the slowest fade time.

Scene Scene being recalled. Scenes can be used repeatedly within a dynamicscene recall.

Value range:· Scene X (0–15)

Hold time Time for which the set scene is held. Once the hold time expires, thenext scene is recalled with the defined fade time.

Value range:· 1 s – 60 min· Ignore: the set fade time and scene are ignored. This setting is used

when a scene needs to be removed from a dynamic scene recall thatis already defined, without having to reconfigure the entire dynamicscene recall.

Table 84: Configuration options for the "macro: dynamic scene recall" function



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Macro: sequential scene recall

A sequential scene recall consists of no more than 16 scenes. The order of the scenes cannot be influenced. An offcommand can be sent to the set effective range after the last scene if desired.

Every time the momentary-action switch connected to the input is pressed, the next selected scene is recalled. Onceall scenes have been recalled, the sequential scene recall starts again from the start.

iNote

An off command from another device sent to the set effective range or an off command sent toall control gear connected to the control line is interpreted by the DALI XC as such and thesequential scene recall is stopped. The sequential scene recall starts again from the start thenext time a momentary-action switch is pressed.



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Macro: user-defined command sequence

A *.cot file created by the user with user-defined commands is loaded. Every time the momentary-action switchconnected to the input is pressed, the user-defined command sequence is recalled.

The *.cot file can be created with the command administrator. A detailed description of the command administrator canbe found in Section Command administrator...

Definition of the *.cot file

· The effective range must be defined in the *.cot file.

· The *.cot file can contain maximum 20 commands.

· The delay time for sending the commands must be 20 ms.

iNoteIf a different time is defined for sending the commands, the masterCONFIGURATOR softwareignores this information and uses 20 ms instead.


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7.2.3 Status

The Status tab shows all status information which can be queried by the DALI XC.

General status of the DALI XC

Status Description

Ready Indicates whether the DALI XC is ready for communication.

Fault on at least one input Indicates whether a fault exists on at least one input.

iNoteTo find out which inputs are affected, press each input inorder. Status Input Tx pressed shows the input on which afault exists.

At least one input locked: Indicates whether at least one input is locked from operation.

iNoteThe eD commands can be used to lock and unlock inputsfrom operation.

At least one switch frozen Indicates whether at least one switch is frozen.

Table 85: Status information for the DALI XC


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Status of the inputs of the DALI XC

Status Description

Input T1 Indicates whether the momentary-action switch or standard switchconnected to input T1 is currently pressed.




Table 86: Status information for the DALI XC


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7.3 DALI MC

The DALI MC is represented in the DALI device tree diagram by the icon and is configured in the detail view.

The DALI MC has four independent inputs. To make it possible to parameterise these inputs freely, each of the fourinputs must have its own eDALI address (eA).


Power on behaviour Specifies how the DALI MC behaves when power is restored:· do not send command· OFF· Scene 0–15

Delay time Time after which the selected command is sent. The delaytime is used to take into account the start-up time of the DALIcontrol gear after power is restored.

Table 87: Configuration options for the DALI MC

iNoteThe behaviour when power is restored can only be set via the detail view of input T4. Thisfunction is not available for any of the other inputs.


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Parameterising the inputs

Requirement:– Each DALI MC input has its own eDALI address (eA).

1. In the DALI device tree diagram, select a DALI MC input.ÜThe configuration is displayed in the detail view.

2. From the Target drop-down list, select the destination address to which the command is to apply: All, Group 0–15or individual Address.

3. From the Configure function drop-down list, select a function or macro.

4. Define the function via input fields, lists and radio buttons.

5. Click on Save.ÜThe configuration is saved in the DALI MC.

i NoteThe saved configuration can now be tested directly in the DALI installation.

Functions

In the Configure function drop-down list, choose between the following functions:


1) Push-button: short or long = 1 * command X Briefly pressing or holding down the push-button will sendcommand X one time.

2) Push-button: short = 1 * command X, long =1 * command X then 1 * command Y

· Briefly pressing the push-button will send command Xone time.

· Holding down the push-button will send command Xonce, and then command Y once.

3) Push-button: short = 1 * command X, long = 1 *command X then repeatedly command Y


· Holding down the push-button will send command Xonce, and then command Y repeatedly.

4) Push-button: short = 1* command X, long =repeatedly command Y


· Holding down the push-button will repeatedly sendcommand Y.

5) Push-button (toggle): short or long = toggle betweencommand X and Y

Briefly pressing or holding down the push-button willalternate between sending commands X and Y.

6) Push-button (toggle): short or long = toggle betweencommand X and Y, lighting-based

Briefly pressing or holding down the push-button willalternate between sending commands X and Y. Thecommand sent in each case depends on the status of thelighting:· If the lighting was previously switched off, command X is

sent.· If the lighting was previously switched on, command Y is

sent.


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7) Push-button (dimming key): short = toggle betweencommand X and Y, long = dimming, lighting-based

SwitchDIM mode· Briefly pressing on the dimming key will alternate

between sending commands X and Y. The commandsent in each case depends on the status of the lighting.· If the lighting was previously switched off, command X

is sent.· If the lighting was previously switched on, command Y

is sent.· Holding down the dimmer switch dims or brightens the

lighting.

8) Switch: close = command X, open = command Y · When the switch is closed, command X is sent.· When the switch is opened, command Y is sent.

9) Changeover switch: close = command X, open =command Y, lighting-based

Each time the switch is pressed, the commands X and Yare sent in alternating order. The command sent in eachcase depends on the status of the lighting:· If the lighting was previously switched off, command X is

sent.· If the lighting was previously switched on, command Y is

sent.

10) Stairwell function: close = command X, start run-on time, run-on time elapsed = command Y

If the push-button is pressed, command X is sent and therun-on time starts. Once the run-on time has elapsed,command Y is sent.

Table 88: DALI MC functions

iNoteCommands X and Y represent variables. The following commands can be selected:

· Intensity (DAP)· Off· Down· Step up· Step down· Recall max

· Recall min· Step down and off· On and Step up· Go to Scene X (0–15)· No function

For a precise description of the DALI commands, see Section DALI commands .268


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Macros

In the Configure function drop-down list, choose between the following macros:

Macro 1: Go home

Function Dim off luminaire within a defined time.

Adjustable parameters · Fade time: time required to reach the absence level.· Reset fade time: time required to reach the presence

level again.

Table 89: DALI MC macro 1: Go home

Macro 2: MSensor automatic

Function Ambient light control of the DALI MSensor is enabled.

Target · The destination address of the macro is either All or theeDALI (eA) of the appropriate DALI MSensor.

Table 90: DALI MC macro 2: MSensor automatic

Macro 3: Sequential scene recall

Function Every time the push-button connected to the input ispressed, the next scene is recalled. At the end of thesequence, the process begins again.

Adjustable parameters · Scenes 0–15: selection of scenes to be recalled.· Off: selection of whether an off command is to be sent

at the end of the sequence.

Table 91: DALI MC macro 3: Sequential scene recall

iNoteThe order of the scenes cannot be influenced. The scenes are always recalled in ascendingorder.


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Macro 4: Dynamic scene

Function Pressing the push-button recalls a sequence of four scenes.The fade time and delay time can be defined freely for eachscene.

Sequence · Press the push-button briefly: the sequence starts.· Briefly press the push-button with scene running: the

sequence stops.· Hold down the push-button with scene running:

sequence is stopped and an off command is sent.

Adjustable parameters · Delay time: delay time before the scene is recalled.This can be between 0 and 255 seconds. The delaytime for the next scene is therefore the dwell time forthe preceding scene.

· Fade time: fade time for the new scene.· Scene: selection of which scene is to be recalled.· Repeat: when the last scene is reached, the sequence

starts again with the first scene.

Table 92: DALI MC macro 4: Dynamic scene

iNoteThe delay time before the first scene only comes into effect when the sequence is repeated,since it is the dwell time of the fourth scene and will only start right before the first scene isrecalled. It is ignored when the sequence is started with the push-button.

Macro 5: DALI reset

Function Reset for defined devices. Optionally, the addresses mayalso be deleted.

The following parameters are reset to the reset values:· Group and scene settings· Maximum level, minimum level· Power on level, system failure level· Fade time, fade rate

If the DALI control gear possesses other parameters (e.g.ePower on level on the PCA lp), they are not reset.

Adjustable parameters · additionally delete addresses: the devices are resetand the addresses are deleted.

Table 93: DALI MC macro 5: DALI reset

i NoteThe reset values can be found in Section Reset values .283


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Macro 6: e-Power ON level

Function Sets the power-on level of the DALI control gear to thedefined value. DALI devices which do not support thisfunction will ignore the command.

Adjustable parameters · Memory value: sets the power-on level to the valuebefore power failure (memory value).

· user-defined: the power-on level is shown as apercentage. In addition, a fade time can be defined.

Table 94: DALI MC macro 6: e-Pow er ON level

Macro 7: PCA compatibility

Function Sets the PCA compatibility parameter in the PCA EXCELone4all devices to the defined value. DALI devices which donot support this function will ignore the command.

Table 95: DALI MC macro 7: PCA compatibility

Macro 8: User-defined DALI commands

Function Executes a *.cot file that can be created by the user. Thefollowing points must be observed: · The *.cot file must not exceed the limit of 10

commands. · The destination address must be specified in the *.cot

file.· The delay time from one command to another is set to

20 ms and cannot be changed.

Table 96: DALI MC macro 8: User-defined DALI commands


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7.4 DALI basicDIM DGC

DALI basicDIM DGC is represented in the DALI device tree diagram by the icon and is configured in the detail view.

DALI basicDIM DGC consists internally of three device classes, which are listed individually in the DALI device treediagram:

· Light sensor: A detailed description of the light sensor can be found in Section DALI basicDIM DGC – Lightsensor .

· Motion sensor: A detailed description of the motion sensor can be found in Section basicDIM DGC – Motionsensor .

· Remote control: A detailed description of the remote control can be found in Section basicDIM DGC – Remotecontrol .

Device information



Name Displays the name of the control gear.

Lamp type Displays the lamp type of the lamp connected to the control gear.

Article number Displays the article number of the control gear.

Serial number Displays the unique serial number of the control gear.

Date of manufacture Displays the date of manufacture for the control gear.

Firmware version Displays the firmware version of the control gear.

DALI version Displays the version of the DALI specification supported by the controlgear.

eD version Displays the version of the eD specification supported by the controlgear.



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Member of group(s)



Scenes

The intensity of the different outputs can be set for all 16 scenes (0–15) here.

Setting scenes


2. For Output 1 and Output 2: Enter a value between 0 % and 100 %.

3. For Relay output: Enter off, on or MASK.

4. To define settings for additional scenes, repeat steps 1 and 3.


iNoteMASK means that the luminaire in this group will retain its current intensity when the relevantscene is recalled.


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DALI default parameters






DALI default parameters Description



Note: < 0.7 s is the DALI default. < 0.7 s is the fastest fade time, and90.5 s is the slowest.

Minimum level The selected value is set as the minimum level for the control gear. Thisvalue cannot be fallen below during dimming/brightening.


Note: The physical lower limit of the control gear is shown to the rightof the Minimum level as a percentage. The minimum level must beabove this value.

Maximum level The selected value is set as the maximum level for the control gear. Thisvalue cannot be exceeded during dimming/brightening.





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7.4.2 Room profiles

In the Room profiles tab you can choose and activate a room profile. The following five room profiles are available:

Image Profile name Description

Individual room Two illumination areas (windows area, rest ofthe room), two switches, motion sensor(s)

Switch 1 operates the lighting of the windowsarea, switch 2 operates the lighting of the restof the room.

Classroom Three illumination areas (windows area, rest ofthe room, separate presentation area), twoswitches, motion sensor(s)

Switch 1 operates the lighting of the windowsarea and the rest room of the room together(ratio of the two dimming levels remains thesame), button 2 operates the presentation area.

Corridor One illumination areas, switches, motionsensor(s)

Switches operates the lighting of all theluminaires. Different dimming levels can bedefined for presence detection in another room(neighbourhood function), for presencedetection in the corridor itself and for theabsence of any presence detection.

Restroom Two illumination areas (sink and mirror area,toilet area), two switches, motion sensor(s)

Switch 1 operates the lighting of the sink andmirror area, switch 2 operates the lighting of thetoilet area.In connection with presence detection differentdimming levels can be defined for the twolighting areas.


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Image Profile name Description

Free-standing luminaire Two illumination areas (direct and indirectlighting), two switches, motion sensor(s)

Switch 1 controls direct lighting, switch 2controls indirect lighting.If no presence is detected the free-standingluminaire is switched off completely to avoidstand by losses.

Table 99: Room profiles of the DALI basicDIM DGC

iNoteWith the neighbourhood function presence detection can be transferred from one room toanother. By default the neighbourhood function is deactiviated.

i NoteClicking on Reset, resets the current profile to its default values.

7.4.3 Device-specific configuration

iNoteIf the checkbox Lock desired value has been activated, the nominal value cannot bechanged via remote control or the momentary-action switch input.

Inputs


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Effective range: Range that is operated by momentary-action switch input T1 and T2:· Output 1· Output 2· Relay output

Briefly press momentary-action switch Determines the reaction of the lighting when the momentary-actionswitch is briefly pressed:· no function· only on· only off· on/off

Hold down momentary-action switch Determines the reaction of the lighting when the momentary-actionswitch is held down:· no function· brighten· dim· brighten/dim

Double click the momentary-actionswitch

Determines the reaction of the lighting when the momentary-actionswitch is double clicked:· no function· save desired value


Output 1, 2 and relay


Output 1 and output 2 Determines the settings for output 1 and output 2:· both outputs: DSI· both outputs: DALI· output 1: DALI; output 2: linking (DALI In Deactivated)· output 1: DSI; output 2: linking (DALI In Deactivated)

Difference from output 2 to output 1: Determines the difference from output 2 to output 1:· Range of values: -95% - +95%, adjustable in 5% steps


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Operating Determines the settings for the operation mode:· Standby: If the basicDIM DGC module is switched off, the relay will

switch off (after 10 minutes). If the basicDIM DGC is switched on, therelay will switch on. Switching: relay in standby mode

· onlyOFF: The relay is switched on via momentary-action switch orremote control. The relay is switched off via the presence detector ifno presence is detected.

· ON/OFF: The relay is switched on or off via the presence detector.· Relay output: The relay can be used as 3rd output channel.

Delay time: Determines the settings for the delay time. (In energy-saving mode thecontact is opened after the delay time)

Range of values: · 1 s - 30 min, default: 10 min

iNoteTime parameters can be entered in seconds, but are partially adjusted by the device androunded to a higher or lower value. The exact specifications for this are described in SectionTiming parameter .


7.4.4 Status



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General status of control module

Status Description









Table 102: Status information of the control module


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7.4.5 Light sensor

iNoteIf several sensors are connected to the DALI basicDIM DGC, all these sensors have the samesettings.

Configuration options in direct master mode

The following configuration options are displayed for the light sensor in direct master mode:


Ambient light control output 1: Ambient light control can be enabled or disabled.

Ambient light control output 2: Available options:· not enabled· connected to output 1

Desired value: Value used by the light sensor to regulate the control gear. Onaccount of the room conditions and the installation height, theilluminance in the workspace may, however, be three to four timeshigher.

Value range:


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· 10–650 lx

Control speed: Speed at which the control gear reaches the desired value.

Value range:· increments 0–7, with 0 being the slowest and 7 the fastest.

Automatic control: Indicates the scene used to control the lighting based on whetherpresence is detected. If this scene is recalled the motion sensor isenabled and the luminaires are controlled based on whetherpresence is detected.

Value range:· Scene 0 - 15

iNoteThe scene selected here is identified in the Basicconfiguration as automatic.

Response to manual dimming: Available options:· disable ambient light control· permanent desired value change· temporary desired value change

Enable dimming off (bright out) Checkbox enabled: if the measured illuminance exceeds the defined threshold for aperiod longer than the set delay time, the luminaire group isswitched off even if motion is detected in the room. As soon as themeasured illuminance falls below the desired value, the luminairegroup is switched on again.

Display flashing pattern on sensor statusLED:

Checkbox enabled: Device status is displayed by a flashing pattern on sensor statusLED.

Threshold Value above which the luminaire group is switched off by the lightsensor.

Value range:· 100–300% of the desired value

Delay time Time during which the threshold must be exceeded in order for theluminaire group to be switched off by the light sensor.

Value range:


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· 10 s - 30 min


Table 103: Light sensor configuration options in direct master mode

7.4.6 Motion sensor

iNoteIf several sensors are connected to the DALI basicDIM DGC, all these sensors have the samesettings.



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Operating mode Motion sensor operating mode:· enabled: the lighting is automatically switched on and off

depending on whether presence is detected. (factory setting)· enabled (only OFF): the motion sensor switches the lighting off

only. It must be switched on manually.· disabled: the motion sensor is disabled. The lighting must be

switched on and off manually.


Power on behaviour Indicates how the motion sensor will react after failure of the DALIpower supply:· Standby· presence value



Presence value Value to which the luminaire group switches when presence isdetected in the room.

iNoteIf the light regulation is active, the light will first switch tothe presence value, but then the light regulation startsand dims the light up or down, depending on themeasured lux level.

Run-on time A time starting from the last detected movement in the room; whenthe run-on time expires, the fade time begins. If further movementis detected during the run-on time, it starts over again.

Value range:· 20 s - 12 h· adaptive: The adaptive run-on time adapts the length of the run-

on time automatically (between 4 and 20 min.) The length iscalculated depending on the number of presence detections.


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Value range:· 10 s – 12 h· never OFF: the lighting remains at the absence value until further


Absence value Level to which the luminaire group switches during the switch-offdelay.

Fade-out time Time required to dim off from the absence value.


Dead time (manual off) Time started by manually switching off the lighting via themomentary-action switch or the remote control and during which themotion sensor is disabled. If movement is detected in the roomduring this time, the dead time starts over again. If at the end of thedead time no more movement is detected in the room, the motionsensor is enabled again.


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Value range:· 1 s - 10 min


Send own presence as Value range: · Group 0 - 15· Broadcast

iNoteSend own presence as defines a unique group identifier for the basicDIM DGC.If the basicDIM DGC transmits information via the neighbourhood function, this group identifier is alsotransmitted. E.g. DGC is in DALI group 0, but it is possible that it sends his own presence as G5.

Response to presence detected by otherbasicDIM DGC devices

This setting determines how the motion sensor responds whenpresence is detected in another group. Three settings in total canbe configured.

· MASK: the basicDIM DGC ignores the presence detected in

another group (factory setting).

· Presence value: the luminaire group assigned to the basicDIMDGC switches to the presence value.

· Absence value: the luminaire group assigned to the basicDIMDGC switches to the absence value. Exception: if the luminaires

are already at the presence value, they retain this setting.

iNoteIt is possible to program the response for up to five groups. E.g. Response to G1, G2, G3, G4, G5.

iNoteBy default the basicDIM DGC will send information about its own presence as Broadcast command. If you program the neighbourhood function via the DGC programmer, this behaviour changes:The basicDIM DGC will start sending its own presence as Group 0 command and will only respond topresence detected in Group 0.

Display flashing pattern on sensor status LED Checkbox enabled: Device status is displayed by a flashing pattern on sensor statusLED

Table 104: Motion sensor configuration options in direct master mode


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7.4.7 Remote control


The following device information is displayed for the remote control in direct master mode:


Basic function Operating functions of the remote controls:· inactive: the keys of the remote control are inactive.· active: the keys of the remote control are active.

Table 105: Remote control configuration options in direct master mode

7.5 DALI MSensorThe masterCONFIGURATOR can be used to configure the following versions of the DALI MSensor:

· MSensor 5DPI 14

· DALI MSensor 02 (version 2.0)

· DALI MSensor (version 1.5)

· DALI MSensor (version 1.3)

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7.5.1 MSensor 5DPI 14DALI MSensors are represented by four different symbols in the DALI device tree.

MSensor 5DPI 14 consists internally of three device classes, which are listed individually in the DALI device treediagram:

· Light sensor: A detailed description of the light sensor can be found in Section MSensor 5DPI 14 > Light sensor.

· Motion sensor: A detailed description of the motion sensor can be found in Section MSensor 5DPI 14 > Motionsensor .

· Remote control: A detailed description of the remote control can be found in Section MSensor 5DPI 14 > Remotecontrol .

Group concept

The group assignment for the MSensor 5DPI 14 is displayed.

· Luminaire group: DALI group (G) containing the MSensor 5DPI 14. All devices in this group are controlled by theMSensor 5DPI 14.

The following groups are also displayed if advanced settings have been enabled:

· Light sensor group: eD group (eG) containing the light sensor.

· Motion sensor group: eD group (eG) containing the motion sensor.

· Remote control group: eD group (eG) containing the remote control.

Effective range

The MSensor 5DPI 14 controls either all devices (broadcast) or one DALI group.

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· Assignment via the masterCONFIGURATORWhen the MSensor 5DPI 14 is not assigned to a group in the DALI device tree diagram, it controls all luminairegroups. To control an individual group the MSensor 5DPI 14 must be assigned to an individual group.

1. In the DALI device tree diagram, click on the MSensor 5DPI 14 to be assigned to a group.


3. Drag the MSensor 5DPI 14 to the desired luminaire group. (Drag & Drop)ÜThe MSensor 5DPI 14 is removed from the individual (non-grouped) section of the DALI device tree diagram and

is added to the desired luminaire group.


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Operating modes

The MSensor 5DPI 14 supports two operating modes. The operating mode can only be changed when the advancedsettings are enabled.

Direct master mode (factory setting)

Function: Master

Tasks: · Send DALI commands to DALI control gear· Send eD commands to other MSensor 5DPI 14 devices

Addressing: · The MSensor 5DPI 14 has one DALI address.· The light sensor, motion sensor and remote control each have one eD address.

Slave mode

Function: Slave

Tasks: · Respond to DALI and eD commands from a master device

Addressing: · The MSensor 5DPI 14 has one DALI address.· The light sensor, motion sensor and remote control each have one eD address.

iNoteIn slave mode the rotary switch on the back of the MSensor 5DPI 14 does not have afunction.


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Light sensor

The light sensor supports two operating modes:

· Direct master mode

· Slave mode: the light sensor cannot be configured in this operating mode. The light sensor just responds tocommands from the master device.

i NoteMore information on these operating modes can be found in Section MSensor 5DPI 14 .

Direct master mode

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Status in direct master mode

The following status information is displayed for the light sensor in direct master mode:

Status Description

Illuminance Illuminance currently measured at the light sensor. Onaccount of the room conditions and the installation height, theilluminance in the workspace may, however, be three to fourtimes higher.

Update status automatically Indicates whether the light sensor status is updatedautomatically.

Ambient light control Indicates the status of ambient light control for the lightsensor.· enabled: ambient light control is enabled.· temporarily disabled: ambient light control has been

temporarily disabled manually by the user.· disabled: ambient light control is disabled.· unknown: there is currently no connection to the light

sensor.

Reference device Indicates the DALI control gear used as a reference forcalculating the switch-on level during ambient light control.If no reference device has been assigned to the light sensor,no device will be displayed.

Note: Section Reference device explains how areference device is assigned.

Table 106: Light sensor status information in direct master mode





Desired value Value used by the light sensor to regulate the control gear.On account of the room conditions and the installation height,the illuminance in the workspace may, however, be three tofour times higher.

Value range:· 5–500 lx

Control speed Speed at which the control gear reaches the desired value.


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Switch-on level Level when the lighting is switched on. Ambient light controlstarts from this value.· Minimum level· Maximum level· calculated: the switch-on level for ambient light control is

specially calculated so that it is as close to the desiredvalue as possible.

Enable dimming off (bright out) Checkbox enabled: if the measured illuminance exceeds thedefined threshold for a period longer than the set delaytime, the luminaire group is switched off by the light sensoreven if motion is detected in the room. As soon as themeasured illuminance falls below the desired value, theluminaire group is switched on again.

Threshold Value above which the luminaire group is switched off by thelight sensor.


Delay time Time during which the threshold must be exceeded in orderfor the luminaire group to be switched off by the light sensor.

Value range:· 1–120 min



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Setting the response of the MSensor 5DPI 14 to a scene recall

In the detail view of the MSensor 5DPI 14 its response to a scene recall can be set.

A response can be configured for each of the 16 scenes. The following configuration options are available:

Configuration Light sensor Motion sensor

automatic The luminaire group assigned to the lightsensor switches to the presence value.Ambient light control is enabled.

· Motion sensor disabled: the motionsensor is enabled. The run-on timestarts over.

· Motion sensor enabled: the run-on timestarts over.

static The luminaire group assigned to the lightsensor switches to the intensity set inthe control gear for the scene in question.If ambient light control was enabledbefore the scene was recalled, it istemporarily (according to the run-on time)disabled.



off The luminaire group assigned to the lightsensor is switched off.

The motion sensor switches to statusDead time (manual off) in progress.

MASK The light sensor ignores the scene recall. The motion sensor ignores the scenerecall.

Table 108: Response of the DALI MSensor 02 to a scene recall

iNoteIf the response to a scene recall is set to automatic, off or MASK, the MASK value for thisscene must be set for all control gear elements.Information on how scenes are configured can be found in Section DALI control gear >Configuration via the detail view .

Advanced settings in direct master mode

The following advanced settings are displayed for the light sensor in direct master mode if ambient light control hasbeen enabled.

Advanced settings Description

The "Maximum level" command startsambient light control.

· Checkbox disabled: after the Maximum level command isreceived, the luminaire group switches to the maximumlevel until the run-on time for the motion sensor hasexpired. If ambient light control was enabled before the

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Maximum level command was received, it is temporarilydisabled.

· Checkbox enabled: after the Maximum level command isreceived, the luminaire group switches to the maximumlevel. Ambient light control is started.

The "Brighten" and "Dim" commandstemporarily change the desired value forambient light control.

· Checkbox disabled: after a Brighten or Dim command isreceived, the luminaire group is smoothly adjustedaccordingly. The desired value for ambient light controlremains unchanged.

· Checkbox enabled: after a Brighten or Dim command isreceived, the luminaire group is smoothly adjustedaccordingly. The measured illuminance on theDALI MSensor after smooth adjustment is temporarilysaved as a new desired value for ambient light control. Thedesired value is reset once the run-on time has expired oran OFF command is received.

Table 109: Light sensor advanced settings in direct master mode

iNoteTo apply the changed values to the light sensor, click on save. The saved configuration cannow be tested directly in the DALI installation.


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Reference device

The light sensor requires a reference device in order to exactly calculate the switch-on level for ambient light control. Areference device is a DALI control gear element located in the same group as the MSensor 5DPI 14.

iNoteThe masterCONFIGURATOR automatically adds the first DALI control gear element located inthe same group as the MSensor 5DPI 14 as a reference device. If another DALI control gearelement is desired for use as a reference device, remove the reference device and add thedesired DALI control gear element again.

Removing a reference device

Requirement:– Advanced settings enabled.

wClick Remove in the detail view of the light sensor.ÜThe reference device is removed.

Adding a reference device

Requirement:– MSensor 5DPI 14 has been assigned to a DALI group.

1. In the DALI device tree diagram, click on the device to be assigned to a group.


3. Drag the device to the desired group. (Drag & Drop)ÜThe device is removed from the group in which it was previously located and is added to the desired group.ÜThe address of the DALI control gear element is automatically displayed as the reference device in the MSensor

5DPI 14.

iNoteIf the DALI control gear element used as a reference device by the MSensor 5DPI 14 (or theMSensor 5DPI 14 itself) is deleted from the DALI group, the information for the referencedevice in the MSensor 5DPI 14 is also deleted. For Reference device the following appears:none.


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Motion sensor

The motion sensor supports two operating modes:


· Slave mode: the motion sensor cannot be configured in this operating mode. The motion sensor just responds tocommands from the master device.


Direct master mode


The following status information is displayed for the motion sensor in direct master mode:

Status Description

Motion sensor Indicates the status of the motion sensor:· Off· Lighting at presence value

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· Lighting at presence value, run-on time in progress· Lighting fading to absence value, fade time in

progress· Lighting at absence value· Lighting at absence value, switch-off delay in

progress· Dead time (manual off) in progress

Update status automatically Indicates whether the motion sensor status is updatedautomatically.

Table 110: Motion sensor status information in direct master mode


The following configuration options are displayed for the motion sensor in direct master mode:



depending on whether presence is detected. (factorysetting)

· enabled (only OFF): the motion sensor switches thelighting off only. It must be switched on manually.

· disabled: the motion sensor is disabled. The lighting mustbe switched on and off manually.


Power on behaviour Indicates how the motion sensor will react after failure of theDALI power supply:· no action· last state· maximum level· off· presence value: specially calculated value for ambient

light control.



Presence value Value to which the luminaire group switches when presenceis detected in the room.The presence value control depends on how the light sensoris configured.· ambient light-controlled: If ambient light control is

enabled for the light sensor, the presence value is regulatedbased on ambient light levels.

· fixed: If ambient light control is disabled for the lightsensor, a value can be set as a percentage between 0–100%.


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Run-on time A time starting from the last detected movement in the room;when the run-on time expires, the fade time begins. If furthermovement is detected during the run-on time, it starts overagain.

Value range:· 30 s – 60 min· infinite: the run-on time continues without end. This

means that the luminaires remain at the defined presencevalue (ambient light-controlled or fixed). The fade time does not start.

Fade time Time during which the lighting is smoothly adjusted to theabsence value.


Switch-off delay Time for which the absence value is maintained if nomovement is detected.

Value range:· 0 s – 60 min· never OFF: the lighting remains at the absence value until

further movement is detected and the motion sensorswitches to the presence value. The luminaire group isnever switched off by the motion sensor.

Absence value Level to which the luminaire group switches during theswitch-off delay.



Dead time (manual off) Time started by manually switching off the lighting via themomentary-action switch or the remote control and duringwhich the motion sensor is disabled. If movement is detectedin the room during this time, the dead time starts over again.If at the end of the dead time no more movement is detectedin the room, the motion sensor is enabled again.

Value range:· 0 s – 20 min



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1) Fade-in time A) Presence value2) Run-on time B) Absence value3) Fade time4) Switch-off delay5) Fade-out time


The following advanced settings are displayed for the motion sensor in direct master mode:


Set response to presence in other groups This setting determines how the motion sensor respondswhen presence is detected in another group. Four groups intotal can be configured.· MASK: the DALI MSensor 02 ignores the presence

detected in another group (factory setting).· Presence value: the luminaire group assigned to the

DALI MSensor 02 switches to the presence value.· Absence value: the luminaire group assigned to the

DALI MSensor 02 switches to the absence value.Exception: if the luminaires are already at the presencevalue, they retain this setting.

Table 112: Motion sensor advanced settings in direct master mode

iNoteTo apply the changed values to the motion sensor, click on save. The saved configuration cannow be tested directly in the DALI installation.


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Remote control

The remote control supports two operating modes:


· Slave mode: the remote control cannot be configured in this operating mode. The remote control has no function.


Direct master mode




Configuration Configuration of the remote control:· Inactive: the keys of the remote control are inactive.· Factory settings: the remote control keys are assigned

with default settings. The luminaire group is set using the

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rotary switch in the battery compartment of the remotecontrol.

· user-defined: the keys of the remote control can beassigned to selected functions.


Parameterising the key assignment

With the user-defined configuration, the key assignment of the remote control can be parameterised by the user.

iNoteIf key assignment is customised, the group assignment as defined by the rotary switch in thebattery compartment of the remote control is ignored. The commands only apply to theluminaire group set directly on the rotary switch on the DALI MSensor 02.

Depending on the key, various configuration options are available:

· On

· Off

· On/Off

· Brighten

· Dim

· Scene 0–15

· Intensity 1–100%

· Ambient light control

· Reserved: this option is reserved for future functional enhancements and currently has no function.

iNoteTo apply the changed values to the remote control, click on save. The saved configuration cannow be tested directly in the DALI installation.


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7.5.2 DALI MSensor 02 (version 2.0)DALI MSensors are represented by four different symbols in the DALI device tree.

DALI MSensor 02 consists internally of three device classes, which are listed individually in the DALI device treediagram:

· Light sensor: A detailed description of the light sensor can be found in Section DALI MSensor 02 (V2.0) > Lightsensor .

· Motion sensor: A detailed description of the motion sensor can be found in Section DALI MSensor 02 (V2.0) >Motion sensor .

· Remote control: A detailed description of the remote control can be found in Section DALI MSensor 02 (V2.0) >Remote control .

Group concept

The group assignment for the DALI MSensor 02 is displayed.

· Luminaire group: DALI group (G) containing the DALI MSensor 02. All devices in this group are controlled by theDALI MSensor 02.





Effective range

The DALI MSensor 02 controls either all devices (broadcast) or one DALI group.

· Assignment via the rotary switchThe effective range of the DALI MSensor 02 is set using the rotary switch on the back of the sensor. All control gearelements in the set effective range are controlled by the DALI MSensor 02.

Position of the rotary switch on theDALI MSensor 02

Effective range

0 All (broadcast)

1 Group 0

2 Group 1

3–9 Groups 2–8

A–F Groups 9–14

Table 114: Position of the rotary sw itch on the DALI MSensor 02 and its corresponding effective range

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· Assignment via the masterCONFIGURATORWhen the DALI MSensor 02 is not assigned to a group in the DALI device tree diagram, it controls the luminairegroup set using the rotary switch on the back of the sensor. It must be assigned to a group to control an individualgroup.

1. In the DALI device tree diagram, click on the DALI MSensor 02 to be assigned to a group.


3. Drag the DALI MSensor 02 to the desired luminaire group. (Drag & Drop)ÜThe DALI MSensor 02 is removed from the individual (non-grouped) section of the DALI device tree diagram and

is added to the desired luminaire group.

iNoteThe position of the rotary switch on the back of the DALI MSensor 02 is ignored. If the groupassignment in the masterCONFIGURATOR is undone, the rotary switch position will be activeagain.


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Operating modes

The DALI MSensor 02 supports two operating modes. The operating mode can only be changed when the advancedsettings are enabled.

Direct master mode (factory setting)

Function: Master

Tasks: · Send DALI commands to DALI control gear· Send eD commands to other DALI MSensor 02 devices

Addressing: · The DALI MSensor 02 has one DALI address.· The light sensor, motion sensor and remote control each have one eD address.

Slave mode

Function: Slave

Tasks: · Respond to DALI and eD commands from a master device

Addressing: · The DALI MSensor 02 has one DALI address.· The light sensor, motion sensor and remote control each have one eD address.

iNoteIn slave mode the rotary switch on the back of the DALI MSensor 02 does not have afunction.


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Light sensor

The light sensor supports two operating modes:


· Slave mode: the light sensor cannot be configured in this operating mode. The light sensor just responds tocommands from the master device.

i NoteMore information on these operating modes can be found in Section DALI MSensor 02 .

Direct master mode

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The following status information is displayed for the light sensor in direct master mode:

Status Description





sensor.



Table 115: Light sensor status information in direct master mode









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Setting the response of the DALI MSensor 02 to a scene recall

In the detail view of the DALI MSensor 02 its response to a scene recall can be set.

A response can be configured for each of the 16 scenes. The following configuration options are available:

Configuration Light sensor Motion sensor

automatic The luminaire group assigned to the lightsensor switches to the presence value.Ambient light control is enabled.



static The luminaire group assigned to the lightsensor switches to the intensity set inthe control gear for the scene in question.If ambient light control was enabledbefore the scene was recalled, it istemporarily disabled.



off The luminaire group assigned to the lightsensor is switched off.

The motion sensor switches to statusDead time (manual off) in progress.

MASK The light sensor ignores the scene recall. The motion sensor ignores the scenerecall.

Table 117: Response of the DALI MSensor 02 to a scene recall

iNoteIf the response to a scene recall is set to automatic, off or MASK, the MASK value for thisscene must be set for all control gear elements.Information on how scenes are configured can be found in Section DALI control gear >Configuration via the detail view .


The following advanced settings are displayed for the light sensor in direct master mode if ambient light control hasbeen enabled.


The "Maximum level" command startsambient light control.

· Checkbox disabled: after the Maximum level command isreceived, the luminaire group switches to the maximumlevel until the run-on time for the motion sensor hasexpired. If ambient light control was enabled before theMaximum level command was received, it is temporarilydisabled.

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· Checkbox enabled: after the Maximum level command isreceived, the luminaire group switches to the maximumlevel. Ambient light control is started.

The "Brighten" and "Dim" commandstemporarily change the desired value forambient light control.

· Checkbox disabled: after a Brighten or Dim command isreceived, the luminaire group is smoothly adjustedaccordingly. The desired value for ambient light controlremains unchanged.

· Checkbox enabled: after a Brighten or Dim command isreceived, the luminaire group is smoothly adjustedaccordingly. The measured illuminance on theDALI MSensor after smooth adjustment is temporarilysaved as a new desired value for ambient light control. Thedesired value is reset once the run-on time has expired oran OFF command is received.

Table 118: Light sensor advanced settings in direct master mode



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Reference device

The light sensor requires a reference device in order to exactly calculate the switch-on level for ambient light control. Areference device is a DALI control gear element located in the same group as the DALI MSensor.

iNoteThe masterCONFIGURATOR automatically adds the first DALI control gear element located inthe same group as the DALI MSensor as a reference device. If another DALI control gearelement is desired for use as a reference device, remove the reference device and add thedesired DALI control gear element again.





Requirement:– DALI MSensor has been assigned to a DALI group.



3. Drag the device to the desired group. (Drag & Drop)ÜThe device is removed from the group in which it was previously located and is added to the desired group.ÜThe address of the DALI control gear element is automatically displayed as the reference device in the

DALI MSensor.

iNoteIf the DALI control gear element used as a reference device by the DALI MSensor (or theDALI MSensor itself) is deleted from the DALI group, the information for the reference device inthe DALI MSensor is also deleted. For Reference device the following appears: none.


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Motion sensor

The motion sensor supports two operating modes:


· Slave mode: the motion sensor cannot be configured in this operating mode. The motion sensor just responds tocommands from the master device.


Direct master mode


The following status information is displayed for the motion sensor in direct master mode:

Status Description

Motion sensor Indicates the status of the motion sensor:· Off· Lighting at presence value

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· Lighting at presence value, run-on time in progress· Lighting fading to absence value, fade time in




Table 119: Motion sensor status information in direct master mode


The following configuration options are displayed for the motion sensor in direct master mode:








light control.







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The following advanced settings are displayed for the motion sensor in direct master mode:


Set response to presence in other groups This setting determines how the motion sensor respondswhen presence is detected in another group. Four groups intotal can be configured.· MASK: the DALI MSensor 02 ignores the presence

detected in another group (factory setting).· Presence value: the luminaire group assigned to the

DALI MSensor 02 switches to the presence value.· Absence value: the luminaire group assigned to the

DALI MSensor 02 switches to the absence value.Exception: if the luminaires are already at the presencevalue, they retain this setting.

Table 121: Motion sensor advanced settings in direct master mode



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Remote control

The remote control supports two operating modes:


· Slave mode: the remote control cannot be configured in this operating mode. The remote control has no function.


Direct master mode





with default settings. The luminaire group is set using the

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rotary switch in the battery compartment of the remotecontrol.





iNoteIf key assignment is customised, the group assignment as defined by the rotary switch in thebattery compartment of the remote control is ignored. The commands only apply to theluminaire group set directly on the rotary switch on the DALI MSensor 02.


· On

· Off

· On/Off

· Brighten

· Dim

· Scene 0–15






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Special notes: DALI MSensor devices version 2.0 and lowerThe behaviour of the DALI MSensor 02 is to some extent significantly different from that of previous versions (V1.5 orlower).

Group assignment of different generations of DALI MSensor devices

DALI MSensor 02 devices and DALI MSensor devices version 1.5 or lower cannot be assigned to the same group, asthese versions work from different group concepts.

Replacing a faulty DALI MSensor (V1.5 or lower)

A faulty DALI MSensor V1.5 or lower can only be replaced by a DALI MSensor 02 to a limited extent.

i NoteFurther information can be found in the product manual for the DALI MSensor 02.

Resetting the firmware version of DALI MSensor 02 devices to version 1.5

If a faulty DALI MSensor 1.5 cannot be replaced, a DALI MSensor 02 can be reset to firmware version 1.5 using themasterCONFIGURATOR. More information on the firmware update can be found here...

iNoteThe firmware of all DALI MSensors connected to the DALI control line will be updated. If onlyone device needs to be updated, this device must be updated on a separate DALI control line.The device must be readdressed after the firmware has been updated.

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7.5.3 DALI MSensor (version 1.5 and 1.7)

DALI MSensors are represented by four different symbols in the DALI device tree.

The DALI MSensor consists internally of three device classes, which are listed individually in the DALI device treediagram:

· Light sensor: A detailed description of the light sensor can be found in Section DALI MSensor (V1.5 and 1.7) >Light sensor .

· Motion sensor: A detailed description of the motion sensor can be found in Section DALI MSensor (V1.5 and 1.7) >Motion sensor .

· Remote control: A detailed description of the remote control can be found in Section DALI MSensor (V1.5 and 1.7)> Remote control .

Group concept

Every DALI MSensor has two groups:

· Luminaire group: all devices in this group are controlled by the DALI MSensor.

· Sensor group: a group via which the DALI MSensor can be influenced. The next highest group is automaticallyassigned as the sensor group.





Effective range

The DALI MSensor controls either all devices (broadcast) or one DALI group:

· Assignment via the rotary switchThe effective range of the DALI MSensor is set using the rotary switch on the back of the sensor. All control gearelements in the set effective range are controlled by the DALI MSensor.

i NoteThe next highest group is automatically assigned as the sensor group.

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· Assignment via the masterCONFIGURATORWhen the DALI MSensor is not assigned to a group in the DALI device tree diagram, it controls the luminaire groupset using the rotary switch on the back of the sensor. It must be assigned to a group to control an individual group.

1. In the DALI device tree diagram, click on the DALI MSensor.


3. Drag the DALI MSensor to the desired luminaire group.ÜThe DALI MSensor is removed from the individual (non-grouped) section of the DALI device tree diagram and is

added to the desired luminaire group.ÜThe next highest group is automatically assigned as the sensor group.

iNoteThe position of the rotary switch on the back of the DALI MSensor is ignored. If the groupassignment in the masterCONFIGURATOR is undone, the rotary switch position will be activeagain.

Light sensor

Status


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The following status information is displayed for the light sensor:

Status Description





sensor.



Table 123: Light sensor status information


The following configuration options are displayed for the light sensor:







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Table 124: Light sensor configuration options


Reference device

The light sensor requires a reference device in order to exactly calculate the switch-on level for ambient light control. Areference device is a DALI control gear element located in the same group as the DALI MSensor.

iNoteThe masterCONFIGURATOR automatically adds the first DALI control gear element located inthe same group as the DALI MSensor as a reference device. If another DALI control gearelement is desired for use as a reference device, remove the reference device and add thedesired DALI control gear element again.





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Requirement:– DALI MSensor has been assigned to a DALI group.



3. Drag the device to the desired group. (Drag & Drop)ÜThe device is removed from the group in which it was previously located and is added to the desired group.ÜThe address of the DALI control gear element is automatically displayed as the reference device in the

DALI MSensor.

iNoteIf the DALI control gear element used as a reference device by the DALI MSensor (or theDALI MSensor itself) is deleted from the DALI group, the information for the reference device inthe DALI MSensor is also deleted. For Reference device the following appears: none.

Motion sensor

Status

The following status information is displayed for the motion sensor:


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Status Description

Motion sensor Indicates the status of the motion sensor:· Off· Lighting at presence value· Lighting at presence value, run-on time in progress· Lighting fading to absence value, fade time in




Table 125: Motion sensor status information


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The following configuration options are displayed for the motion sensor:








light control.










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Table 126: Motion sensor configuration options





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Remote control


The following device information is displayed for the remote control:



with default settings. The luminaire group is set using therotary switch in the battery compartment of the remotecontrol.


Table 127: Remote control configuration options


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iNoteIf key assignment is customised, the group assignment as defined by the rotary switch in thebattery compartment of the remote control is ignored. The commands only apply to theluminaire group set directly on the rotary switch on the DALI MSensor.


· On

· Off

· On/Off

· Brighten

· Dim

· Scene 0–15






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7.5.4 DALI MSensor (version 1.3)

For DALI MSensors with firmware version 1.3, there are a few small differences compared to DALI MSensors withversion 1.4 or higher.

Ambient light control: enabled/disabled

This parameter is not supported by a DALI MSensor with a firmware version lower than 1.4. In themasterCONFIGURATOR software, the parameter appears greyed out.

Ambient light control can be disabled as follows:

1. Open the detail view for the motion sensor.

2. Under "Presence value" select the fixed radio button.

3. Enter the percentage for the presence value.

4. Click on save.ÜAmbient light control is disabled.

Status

There are only two status messages:

· enabled: ambient light control is enabled.

· temporarily disabled: ambient light control is disabled using the DALI RC remote control or is disabled temporarilyby the user manually.

Dead time (manual off)

The lowest value which can be set for the dead time is 30 seconds.


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7.6 DALI RMDALI RM erhält 1 DALI-Kurzadresse.

Programmierung des Einschalt- und Ausschaltpunktes

· MIN LEVEL: Setzen des Ausschaltpunktes

· MAX LEVEL: Setzen des Einschlatpunktes

Werkseinstellung:

·

·

Verhalten

· Relais schaltet bei Überschreiten des MAX-LEVEL ein.

· Relais schaltet bei Unterschreiten des MIN-LEVEL aus.

· SYSTEM FAILURE LEVEL – bei fehlender Busverbindung (Versorgung) fällt das Relais ab.

· Eine Fehlerrückmeldung ist nicht möglich, ein QUERY LAMP FAILURE liefert immer NO zurück, QUERY STATUSbit 0&1 ist nicht implementiert.

· Beim Speichern eines Szenenwerts wird neben dem ACTUAL LEVEL der Relaiszustand gespeichert, welcherausschlaggebend für den EIN / AUS Zustand des Szenenwertes ist.

iHinweisBeim Speichern einer Szene unbedingt darauf achten, dass das Relais den gewünschtenZustand hat.

7.7 DALI-RM/SDALI-RM/S receives 4 DALI short addresses.For each DALI scene the 4 contact positions "opened / closed" can be defined separately.

Default parameters (not changeable)·

·

· When calling command "Recall min. Level": contact opens· When calling command "Recall max": contact closes (permits the identification with the "localisation" function in

masterCONFIGURATOR)

7.8 DALI TOUCHPANEL

The DALI TOUCHPANEL is represented in the DALI device tree diagram by the icon and the name DALI Touch.When addressing, the DALI TOUCHPANEL is given an eD address (eA) and can be configured in the detail view usingthis address.


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iNoteSection Special notes on addressing control units contains information on how controlunits are addressed using the physical selection method.

Device information



Name Displays the name of the device.

Firmware version Displays the firmware version of the device.


Configuration

The following configuration options are available for the DALI TOUCHPANEL:

· User-defined: For a detailed description of the user-defined configuration, see Section User-definedconfiguration .

· Tunable White: For a detailed description of the Tunable White configuration, see Section Tunable White .

· Factory settings: For a detailed description of the Factory settings, see Section Factory settings .

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7.8.1 User-defined configuration

The user-defined configuration can be enabled using the masterCONFIGURATOR. The 6 keys on the DALITOUCHPANEL can be configured individually.

Setting the user-defined configuration

1. Enable the user-defined radio button.ÜA message appears, prompting for confirmation that the device configuration should be modified.

i NoteThis overwrites the existing settings.

2. Confirm the action by clicking on Yes .

3. Select Key 1.ÜCurrent configuration of Key 1 is loaded.ÜThe following configurations are performed for the selected key.

4. From the Target dropdown list, select the destination address to which the command is to apply: All, group (0–15) or address (0–63).

5. Select a response from the Set response to key press dropdown list.

i NoteFor a precise description of possible responses see Response to key press table.255


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6. In order to store a DALI command for command X and command Y, enable the DALI command (indirect) radiobutton.-or-In order to store an intensity for command X and command Y, enable the Intensity (DAP) radio button.

iNoteCommand X and command Y represent variables that must be stored for the commands.You can either store DALI commands or an intensity.

7. Configure command X and command Y.

DALI command (indirect) Intensity (DAP)

wSelect a DALI command in the dropdown list.

i NoteFor a precise description of the DALI commands, see Section DALI commands .

wEnter the value for the intensity.

8. In order to invoke command X with a fade time, in the command X group field, enable the Fade Time checkboxand select a fade time in the dropdown list.

9. In order to invoke command Y with a fade time, in the command Y group field, enable the Fade Time checkboxand select a fade time in the dropdown list.

10. Click on Save.ÜThe configuration is saved in the DALI TOUCHPANEL.

11. Repeat steps 3 to 10 for keys 2–6.

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Response to key press Description

brief = toggle between command X andcommand Y, long = is ignored

· When the key is pressed briefly, command X and command Y areoutput alternately.

· A long key press has no effect.

Adjustable parameters:· Command X· Command Y

brief = is ignored, long = brighten · A brief key press has no effect.· In the case of a long key press the command that is output depends

on the status of the lighting:· If the lighting was previously switched off, the minimum level is

sent.· If the lighting was previously switched on, the lighting is brightened.

iNoteCommand X and command Y do not have to be defined.

brief = command X, long = brighten · Briefly pressing the key outputs the selected command X.· In the case of a long key press the command that is output depends

on the status of the lighting:· If the lighting was previously switched off, the minimum level is

sent.· If the lighting was previously switched on, the lighting is brightened.

Adjustable parameters:· Command X

brief = is ignored, long = dim · A brief key press has no effect.· In the case of a long key press the lighting is dimmed.


brief = command Y, long = dim · Briefly pressing the key outputs the selected command Y.· In the case of a long key press the lighting is dimmed.

Adjustable parameters:· Command Y


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brief = is ignored, long = toggle betweenbrighten and dim

· A brief key press has no effect.· In the case of a long key press the lighting is brightened and dimmed

alternately.


brief = toggle between command X andcommand Y, long = toggle betweenbrighten and dim

· When the key is pressed briefly, command X and command Y areoutput alternately.

· In the case of a long key press the lighting is brightened and dimmedalternately.

Adjustable parameters:· Command X· Command Y

Table 129: Summary of response to key press in case of DALI TOUCHPANEL


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7.8.2 Tunable White

The Tunable White configuration can be enabled using the masterCONFIGURATOR. "Tunable White" describes theoption to dynamically change the light of an LED luminaire in the white light range. The colour temperature of TunableWhite luminaires can be changed in the white light range from 2700 to 6500 kelvin.

Default settings for intensity and colour temperature are assigned to the keys of the DALI TOUCHPANEL. ThemasterCONFIGURATOR software can be used to set the destination address and two fade times, one for switching theluminaires on and one for switching them off. As soon as a fade time has been set for switching the luminaires on oroff, a fade time of 1 s is automatically stored for dimming.

Setting the "Tunable White" configuration

Requirement:– Tunable White luminaires are in use.

1. Enable the Tunable White radio button.ÜA message appears, prompting for confirmation that the device configuration should be modified.

i NoteThis overwrites the existing settings.

2. Confirm the action by clicking on Yes .

3. From the Target dropdown list, select the destination address that the DALI TOUCHPANEL is to control: All,group (0–15) or address (0–63).


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4. In order to store a fade time for switching on, in the command X group field, enable the Fade Time checkbox andselect a fade time in the dropdown list.

5. In order to store a fade time for switching off, in the command Y group field, enable the Fade Time checkbox andselect a fade time in the dropdown list.

6. Click on Save.ÜThe configuration is saved in the DALI TOUCHPANEL.



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7.8.3 Factory settings

The keys of the DALI TOUCHPANEL are assigned as follows by default.

· Key 1: Go to scene 1



· Key 2: Up

· Key 4: Down

· Key 6: Off

When the factory settings are stored in the DALI TOUCHPANEL, a diagram showing the key assignments is displayedin the masterCONFIGURATOR. The factory settings cannot be modified.

iNoteIn order to set the DALI TOUCHPANEL up as user defined, enable the user-definedconfiguration. For a detailed description of the user-defined configuration, see Section User-defined configuration .

Restoring the factory settings

1. Click on Factory settings.ÜA message appears, prompting for confirmation that the device should be reset to its factory settings.

2. Confirm the action by clicking on Yes.ÜThe device is reset to its factory settings.

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7.9 DALI PS2 StandbyThe DALI PS2 Standby is a DALI power supply with 240 mA nominal current for DALI control gear and DALI controlunits which do not have their own power supply. To reduce the standby losses, the built-in relay disconnects thecontrol gear from the mains as soon as all the luminaires have been switched off. This ensures that the power loss isreduced to a minimum.

The DALI PS2 Standby is represented in the DALI device tree diagram by the icon and is configured in the detailview.


Standby/Active Indicates the status of the DALI PS2 Standby:· Standby· Active

switch to: Standbyswitch to: Active

This button allows the user to switch between the Active andStandby modes.

Update status automatically The status is updated automatically.

Switch-off delay Time that starts running as soon as it is detected that all theDALI control gear has been switched off, after which the unitswitches to standby mode.Value range:· 1 min – 2 d

Standby mode disabled The DALI PS2 Standby behaves like a conventional DALIpower supply instead of switching to standby mode.


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Light level poll interval Time interval in which the control gear is polled about the lightlevel.Value range:· 1 min – 23 h

Ballast power up delay Time during which the first 10 commands that are sent whilethe electronic ballasts are powering up will be buffered. At theend of the electronic ballast switch-on delay, the commandsare sent from the power supply to the electronic ballasts. Thisensures that no commands are lost while the electronicballasts are starting up.

Command buffer Number of commands that are buffered while the electronicballasts are starting up.Value range:· 1–10 commands

Relay state inverted · disabled: if all the devices are switched off, the relay outputis open. (factory setting)

· enabled: if all the devices are switched off, the relay outputis closed.

DALI LED inverted · enabled: LED illuminates only if there is communication onthe DALI control line. (factory setting)

· disabled: LED illuminates when the power supply is readyfor operation. If there is communication on the DALI controlline, the LED will go out briefly.

Standby LED inverted · disabled: LED illuminates when standby mode is enabled.(factory setting)

· enabled: LED illuminates when standby mode is disabled.

Update/read current values If the checkbox is selected, the current values of the voltage(V) and of the flowing supply current (mA) are displayed.

Table 130: Configuration options for DALI PS2 Standby in the detail view

iNoteTo apply the changed values to the DALI PS 2 Standby, click on Save. The savedconfiguration can now be tested directly in the DALI installation.


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7.10 DALI-Somfy animeo Interface

The DALI Somfy animeo interface is represented in the DALI device tree diagram by the icon and is configured inthe detail view.

The DALI Somfy animeo interface is an interface module with four addresses. With each of these addresses it ispossible to control one of the four motors of the animeo IB+ motor controller. Each address of the DALI Somfy animeointerface appears individually in the device tree diagram.


Actual position of blind Indicates the actual position (0–100%) and the actual angle(0–200%) of the blind.

Ergonomics Determines the behaviour of the blind during tilting, when oneof the following commands is sent: Off, Down, Recall min· US: moves to the lower end position· EU: makes a small positive angle movementUp, On and step up, Recall max· US: moves to the upper end position· EU: makes a small negative angle movement

Scene assignment Configure scenes 0–16.Value range:· Position: 0–100%· Tilt: 0–200%· MASK: the blinds in this group retain their current position

when the respective scene is called up.

Table 131: Configuration options for the DALI Somfy animeo interface in the detail view

iNoteBefore scenes can be set or recalled for the blinds, the running and tilting times must be setin the Somfy animeo motor controller.


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iNoteTo apply the new values to the DALI Somfy animeo interface, click on Save. The savedconfiguration can now be tested directly in the DALI installation.


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7.11 Quick testThe configuration of the individual control gear elements can be tested in the Quick test pop-up window.

· Intensity

· Scenes

· DALI commands

· xy-coordinates

· Colour temperature

Sending current intensity

1. Set the value using the slider.ÜThe desired value is displayed as a DALI value in the tool tip window.

2. Click Send.ÜThe value will be sent to the control gear and recalled with the set fade time.ÜThe current intensity is displayed to the left of the slider.

i NoteThe selected value must be between the Minimum level and the Maximum level.

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Recalling scene X

wClick Scene X (0–15).ÜScene X (0–15) is recalled. The defined fade time will be used.

Sending a command

The following DALI commands can be tested:

DALI command Description

Minimum level The minimum level is recalled immediately without any fade time.

Maximum level The maximum level is recalled immediately without any fade time.

Dim The intensity is reduced by the steps defined in the fade rate. When thelighting reaches the set minimum level, it remains at this level.

Note: As long as the Dim button is pressed, the Dim command will besent repeatedly.

Brighten The intensity is increased by the steps defined in the fade rate. Whenthe lighting reaches the set maximum level, it remains at this level.

Note: As long as the Brighten button is pressed, the Brightencommand will be sent repeatedly.

Step darker The intensity is reduced by one step.

Step brighter The intensity is increased by one step.

Step darker - Off · If the lighting is switched on, the intensity is reduced by one step.· If the lighting reaches the minimum level, it is switched off.

Min. level + step brighter · If the lighting is switched off, the minimum level is recalled.· If the lighting is switched on, the intensity is increased by one step.

Off The lighting is switched off immediately without any fade time.

Table 132: DALI commands

iNoteThe DALI commands Step darker, Step brighter, Step darker - Off and Min. level + stepbrighter are only visible when the advanced settings are enabled. Information on how toenable the advanced settings can be found in Section Active window... 10


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Sending xy-coordinates

1. Set the value using the slider.-or-Click the button for a pre-defined colour temperature, e.g. Cheese.

2. Click Send.ÜThe value will be sent to the control gear and recalled with the set fade time.


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Sending the intensity or colour temperature

1. Set the value using the slider.-or-Enter the value in the input field (only intensity)-or-Click the button for a pre-defined colour temperature (only colour temperature)

2. Click Send.ÜThe value will be sent to the control gear and recalled with the set fade time.


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The masterCONFIGURATOR software provides the following tools:

· Command administrator

· Control gear wizard

· Firmware update

8.1 Command administratorThe Command administrator enables the advanced DALI user to send DALI and DSI commands directly to all controlgear connected to the control line, to an individual group or an individual address, and also to work with commandsequences.

8.1.1 DALI commands

This function of the command administrator allows the user to send DALI commands to all control gear connected tothe control line, to an individual group or to an individual address.

Sending a DALI command

Requirement:– Knowledge of the DALI command set.

1. Select Tools > Command administrator.ÜThe Command administrator pop-up window appears.

2. Click on the DALI commands tab.

3. Select radio button all, group or address.

4. Enter the number of the command.-or-Select the desired command from the drop-down list.

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5. Enter the value in decimal (dec) or hexadecimal (hex) .-or-Set the value using the slider.

6. In order to repeat the command once, select the checkbox Repeat command once.

7. In order to repeat the command every 500 ms, select the checkbox Repeat command every 500 ms.

8. Click on Send command.ÜThe DALI command will be sent in accordance with the selected options.ÜThe response appears immediately in the Response field.

8.1.2 DSI commands

This function of the Command administrator allows the user to send DSI commands to all control gear connected to thecontrol line. To do so, first send a value and then the desired command.

Sending a value

Requirement:– Knowledge of the DSI command set.


2. Click on the DSI commands tab.

3. Enter the intensity in decimal (dec) or hexadecimal (hex).-or-Set the intensity using the slider.

4. Click on Send value.ÜThe value will be sent to all control gear connected to the control line.


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Sending a command

Requirements:– Knowledge of the DSI command set.– Command administrator pop-up window and DSI commands tab open.

1. Select the desired command from the Command drop-down list.

2. In order to repeat the command every 500 ms, select the checkbox Repeat command every 500 ms.

3. Click on Send command.ÜThe DSI command will be sent to all control gear connected to the control line.

8.1.3 Command sequence

This function of the Command administrator allows the user to send a sequence of DALI, DSI and DA24 commands.

Create command sequence

Requirement:– Knowledge of the DALI, DSI and DA24 command sets.


2. Click on the Command sequence tab.


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3. Click on Add command.ÜThe Add command pop-up window appears.

4. Define the DALI, DSI and DA24 command via the input fields, lists and radio buttons.

5. Optionally, a delay time in milliseconds can be defined.

6. Click on Add.ÜThe DALI, DSI and DA24 command is added to the command sequence.

Further functions Description

(File) New Delete all commands.

(File) Open Open a previously saved command sequence.

(File) Save Save the current command sequence in a file with the extension *.cot.

(Command) Add Add a new command to the command sequence.

(Command) Change Change the selected command.

(Command) UP Move selected command up.

(Command) DOWN Move selected command down.


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(Command) Delete Delete the selected command.

(Test) Start Start the command sequence. All commands are sent to the defineddestination address (all, group, individual address) in the specified order.

(Test) Stop Stop the command sequence.

(Test) Infinite loop Repeat the command sequence endlessly.

(Test) Single step One command at a time is sent to the devices or groups in the specifiedorder.

Table 133: Command administrator - further functions


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8.2 Control gear wizardThe control gear wizard can be used to enable and configure control gear functions and parameters. The configurationsare sent to all control gear connected to the DALI control line.

Functions and parameters Description

Interface mode Select an interface operating mode.

corridorFUNCTION (DALI) Carry out corridor control with a simple motion sensor(see Section Device operating mode DALI ).

corridorFUNCTION (DALI 2) Carry out corridor control with a simple motion sensor(see Section Device operating mode DALI 2 ).

Device configuration Set the ePowerOn level and dimming/switching parameters in DC mode.

DC level Set the intensity to which the ballast should dim/brighten in DC mode.

Compatibility settings Parameterise the ballast so that its settings match those of thepreceding generation of devices. This function is designed for replacingballasts in existing systems.

Reset default settings Delete all previous settings and reset to the defaults.

Table 134: Control gear w izard functions

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iNoteAdjusting the settings requires extensive knowledge of the control gear. For further details onthe individual functions of the control gear wizard, please refer to the relevant devicedocumentation.

iNoteIn mixed settings that use both DALI and DALI 2, values are automatically checked forbackward compatibility and adapted, if necessary.This applies to e.g. the Fade-in time and Fade time, which are different for corridorFUNCTIONand corridorFUNCTION2 (see Section corridorFUNCTION parameters undcorridorFUNCTION 2 parameters ).

8.3 Localisation wizard for DALI XCThe localisation wizard for DALI XC can be used for tactile location of the individual inputs of the DALI XC with a double-click. The localisation wizard creates a list of located devices. This list can be used to note the associated addressand input (T1–T4) in the addressing plan for each momentary-action switch or standard switch connected to a DALI XC.

Locating momentary-action switches or standard switches using the localisation wizard

1. Select menu item Tools > Localisation wizard for DALI XC...ÜThe Localisation wizard for DALI XC pop-up window appears.

2. Double-click one of the momentary-action switches or standard switches connected to a DALI XC.ÜConsecutive numbers and eD addresses for the associated DALI XC and the input (T1–T4) of the momentary-

action switch or standard switch pressed are added to the list.

3. Repeat step 2 for each of the momentary-action switches or standard switches connected to a DALI XC.

4. Note the eD addresses and inputs in the addressing plan.

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iNoteTo be able to continue to use the information in a text editing program, select the content ofthis pop-up window using the mouse and then press CTRL + C to copy.

5. To delete the list, click Delete list.ÜList is deleted.

6. To exit the localisation wizard, click Exit.ÜLocalisation wizard is closed.ÜList is deleted.


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Configuring located momentary-action switches or standard switches

The localisation wizard for DALI XC always opens in a separate pop-up window. This window remains open until youexit the localisation wizard. The wizard provides the option of configuring a located momentary-action switch orstandard switch directly.

Requirements:– Momentary-action switch or standard switch has been located in the localisation wizard for DALI XC.

– Localisation wizard for DALI XC is stopped but not closed.

1. To configure input T3 of the DALI XC with eD address 44, for example, click the DALI XC with eD address 44 in theDALI device tree diagram.ÜThe basic configuration is opened in the detail view.

2. Click on the T3 tab.ÜThe T3 tab is opened in the detail view.ÜThe localisation wizard remains open in a separate pop-up window.

3. Configure input T3.

4. Click on Save.

i NoteFor a detailed description of the configuration options, see Section DALI XC... 169


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8.4 Firmware updateThe firmware of the following devices can be updated using the masterCONFIGURATOR software:

· DALI MSensor

iNoteFirmware version 1.5 or higher cannot be used for DALI MSensors with versions 1.3 or 1.4, asthese involve different hardware.

· MSensor 5DPI 14

· DALI Somfy animeo interface

· DALI TOUCHPANEL

Update firmware

!WarningThe firmware of all DALI MSensors, MSensor 5DPI 14, DALI Somfy animeo interfaces or DALITOUCHPANELS connected to the DALI control line will be updated. If the wrong firmware isloaded on a device, this may damage the device.

To avoid loading the wrong firmware on a device make sure that the devices that need to beupdated are connected to a separate DALI control line and that no other devices areconnected to this line!

iNoteThe updated devices must be re-addressed. More information on system extension withunaddressed devices can be found in Section Addressing .

iNoteThe firmware update will take around 20 minutes. During the update, the power supply andconnection to the DALI control line must not be interrupted.

1. In the menu bar, click on Tools > Update firmware.ÜThe Update firmware pop-up window appears.

2. Click on Open.

3. Select desired *.hex file.

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iNoteThe naming of the *.hex files follows a consistent form, starting with an acronym for the devicetype, followed by the version number.

Examples:

File name Device type Version no

dalims150.hex DALI MSensor 150

MSensor_Mini_v100.hex MSensor 5DPI 14 100

SomfyMoCo_V19.hex DALI Somfy animeo interface 19

DALITouch2_V29.hex DALI TOUCHPANEL 29

4. Choose device for which the firmware will be updated:

o MSensor radio button: Firmware will be updated for all the DALI MSensors connected to the DALI control line

o MSensor 5DPI 14 radio button: Firmware will be updated for all the MSensor 5DPI 14 connected to the DALI

control line

o Somfy MoCo interface radio button: Firmware will be updated for all the DALI Somfy animeo interfaces

connected to the DALI control line

o DALI TOUCHPANEL radio button: Firmware will be updated for all the DALI TOUCHPANEL connected to the DALI

control line

5. Click on Start.ÜA message appears which states that the update will take 20-30 minutes.

6. Confirm the message by clicking on Yes.ÜThe firmware of all DALI MSensors, MSensor 5DPI 14, DALI Somfy animeo interfaces or DALI TOUCHPANELS

connected to the DALI control line will be updated.ÜThe Firmware update completed pop-up window appears. This completes the update.


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The programs DALI Monitor and DALI BusServer are also installed with the masterCONFIGURATOR software; theseprograms support the user when working with the masterCONFIGURATOR software.

As DALI interface the DALI USB or the ready2main Programmer can be used.

The DALI Monitor can be accessed via the icon in the Windows task bar, the DALI BusServer via the icon .

For more information about both programs, refer to the DALI Monitor product manual.The DALI Monitor product manual can be opened by clicking on the help icon (question mark symbol) in themenu bar of the DALI Monitor (see screenshot below).


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The appendix contains the following sections:

· Configuration commands for DALI control gear

· Switch and dim commands

· Query commands

· Reset values

· Timing parameter

10.1 Configuration commands for DALI control gearThe configuration commands can be used to set the parameters of the DALI control gear.

Configuration command Description Version Command no.

RESETSets the control gear to thereset values (More informationcan be found here... ).

The address is not changed.

DALI and DALI 2 32

STORE ACTUAL LEVEL INDTR0

The set intensity is stored in theDTR0 memory.

DALI and DALI 2 33

SAVE PERSISTENTVARIABLES

Persistent variables are stored ina secure storage area.

34

SET OPERATING MODE(DTR0)

Allows configuring the operatingmode.

35

RESET MEMORY BANK(DTR0)

Resets the Memory Bank to itsdefault values.

36

IDENTIFY DEVICE Identifies (localizes) devices. 37

SET MAX LEVEL (DTR0) The selected value is set as themaximum level for the controlgear. This value cannot beexceeded duringdimming/brightening.

DALI and DALI 2 42

SET MIN LEVEL (DTR0) The selected value is set as theminimum level for the controlgear. This value cannot be fallenbelow duringdimming/brightening.

DALI and DALI 2 43

SET SYSTEM FAILURELEVEL (DTR0)

The selected value is set as thevalue in the event of failure of theDALI power supply.

DALI and DALI 2 44

SET POWER ON LEVEL(DTR0)

The selected value is set as thevalue after power is restored.

DALI and DALI 2 45

SET FADE RATE (DTR0) The selected value is set as thedimming speed. It indicates by

DALI and DALI 2 46

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how many steps per second theintensity is changed. The FadeRate is used with the DALIcommands Brighten (Up) andDim (Down).

SET FADE TIME (DTR0) The selected value is set as thefade time in seconds.

DALI and DALI 2 47

SET EXTENDED FADE TIME(DTR0)

Allows setting the ExtendedFade Time. Only possible if theparameter „SET FADE TIME(DTR0)“ was set to 0.

48

SET SCENE n (DTR0) Transfer intensity from DTR0 todesired scene.

DALI and DALI 2 64 – 79

REMOVE FROM SCENE n Remove desired scene fromdevice.


ADD TO GROUP n Add device to desired group. DALI and DALI 2 96 – 111

REMOVE FROM GROUP n Remove device from desiredgroup.


SET SHORT ADDRESS(DTR0)

Set desired address. DALI and DALI 2 128

ENABLE WRITE MEMORY Enable desired write memory. DALI and DALI 2 129

Table 135: Configuration commands for DALI control gear

10.2 Switch and dim commands

DALI-Befehl Type of command Description Version Command no.

DIRECT ARC POWER(DAPC)

DAPDirect Arc Power

Continuouslyadjustable intensity.The set fade time isused.

DALI and DALI 2 -

OFF IAPIndirect Arc Power

The lighting isswitched offimmediately withoutany fade time.

DALI and DALI 2 0

UP IAPIndirect Arc Power

The intensity isincreased by thesteps defined in thefade rate. When thelighting reaches theset maximum level, itremains at this level.

DALI and DALI 2 1


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DOWN IAPIndirect Arc Power

The intensity isreduced by the stepsdefined in the faderate. When the lightingreaches the setminimum level, itremains at this level.

DALI and DALI 2 2

STEP UP IAPIndirect Arc Power

The intensity isincreased by onestep.

DALI and DALI 2 3

STEP DOWN IAPIndirect Arc Power

The intensity isreduced by one step.

DALI and DALI 2 4

RECALL MAX LEVEL IAPIndirect Arc Power

The maximum level isrecalled immediatelywithout any fade time.

DALI and DALI 2 5

RECALL MIN LEVEL IAPIndirect Arc Power

The minimum level isrecalled immediatelywithout any fade time.

DALI and DALI 2 6

STEP DOWN ANDOFF

IAPIndirect Arc Power

· If the lighting isswitched on, theintensity isreduced by onestep.

· If the lightingreaches theminimum level, itis switched off.

DALI and DALI 2 7

ON AND STEP UP IAPIndirect Arc Power

· If the lighting isswitched off, theminimum level isrecalled.

· If the lighting isswitched on, theintensity isincreased by onestep.

DALI and DALI 2 8

GO TO LAST ACTIVELEVEL

IAPIndirect Arc Power

Es wird der letzteIntensitätswerteingenommen.

10

GO TO SCENE (0-15) IAPIndirect Arc Power

Scene X (0–15) isrecalled. The definedfade time will be used.

DALI and DALI 2 16 - 31

Table 136: Sw itch and dimm commands


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10.3 Query commands

Query command Version Command no.

QUERY STATUS DALI und DALI 2 144

QUERY LAMP FAILURE DALI and DALI 2 146

QUERY DEVICE TYPE DALI and DALI 2 154

QUERY OPERATING MODE 158

QUERY LIGHT SOURCE TYPE 159

QUERY ACTUAL LEVEL DALI and DALI 2 160

QUERY MAX LEVEL DALI and DALI 2 161

QUERY MIN LEVEL DALI and DALI 2 162

QUERY POWER ON LEVEL DALI and DALI 2 163

QUERY SYSTEM FAILURE LEVEL DALI and DALI 2 164

QUERY FADE TIME/FADE RATE DALI and DALI 2 165

QUERY MANUFACTURER SPECIFIC MODE 166

QUERY NEXT DEVICE TYPE 167

QUERY EXTENDED FADE TIME 168

QUERY CONTROL GEAR FAILURE 170

QUERY SCENE LEVEL (0-15) DALI and DALI 2 176 – 191

QUERY GROUPS 0-7 DALI and DALI 2 192

QUERY GROUPS 8-15 DALI and DALI 2 193

Table 137: Query commands

10.4 Reset valuesParameter Reset Value Value

Actual level 254 100 %

Power on level 254 100 %

System failure level 254 100 %

Minimum level Physical min level Physical min level

Maximum level 254 100 %

Fade rate 7 45 steps/s

Fade time 0 < 0,7 s


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Extended Fade Time 0 as fast as possible

Gruppe 0–7 0000 0000 (no group) no group

Gruppe 8–15 0000 0000 (no group) no group

Szene 0–15 255 MASK

Table 138: Reset values

10.5 Timing parameterTo achieve uniform timing parameter access, it is desirable to have the same value describing the same time interval.Control devices may use the values in the table below unless stated otherwise.

Time input range Input steps

1 s - 15 s 1 seconds

20 s - 1 min 5 seconds

1 min 15 s - 5 min 15 seconds

5 min 30 s - 10 min 30 seconds

11 min - 30 min 1 minutes

35 min - 2 h 5 minutes

2 h 15 min - 5 h 15 minutes

5 h 30 min - 12 h 30 minutes

Table 139: Timing parameter

Example:

· Input of 16 seconds is transformed to 20 seconds

· Input of 5 minutes 10 seconds is transformed to 5 minutes 30 seconds

luxcontrol masterconfigurator product manual

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